DMG MORI
Videos
Loading the player ...
  • Offer Profile
  • DMG MORI brings together German and Japanese tradition, precision and technological leadership in CNC Lathes and Milling Machines.

    Behind DMG MORI is the combined engineering mastery of 68 years of Mori Seiki and 148 years of GILDEMEISTER.

Product Portfolio
  • Lathes

    • Universal Lathes

      • NEF 400

      • The 5th generation NEF | The best technology in its class worldwide – at an unbeatable price

        The benchmark for productivity and flexibility. The NEF 400 machines offer an outstanding level of performance, which has never before been achieved in this price-performance category worldwide. The latest NEF generation uses high-tech components to make efficient and precise turning capabilities available even to the entry-level user – at the highest possible level of quality. NEF operators benefit from high flexibility for single workpiece manufacturing and achieve maximum precision and dynamics in serial production. Numerous options allow customised configurations of the machine to reach maximum productivity in manufacturing – from the individual workpieces to the small series. The NEF series ensures success and opens up new opportunities in the market place.
      • NEF 600

      • The best technology in its class worldwide at an unbeatable price

        Due to its high-tech components, the new NEF generation makes professional, efficient and precise turning accessible even to the entry-level user. NEF operators benefit from high flexibility for single workpiece manufacturing and achieve maximum precision and dynamics in batch production. Numerous options allow custom-tailored configurations of the machine for maximum productivity in manufacturing. Today’s workpiece production requires a high degree of flexibility. Regardless of whether workpieces are machined as single parts or in small batches, efficiency and precision are top priorities for every order.
      • CTX alpha 300

      • 25% increased performance

        The latest CTX series in the 5th generation provides additional performance in power, torque and precision. Larger working area more flexibility and ergonomics. The new Universal Turning Machines of the CTX series by GILDEMEISTER in the new design with high tech components such as integrated spindle motors for fast acceleration and deceleration. Driven tools and tailstock already in the standard. Y-axis for more flexibility available as an option. The CTX alpha 300 comes with CELOS with 21,5“ ERGOline® and SIEMENS as standard. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel.
      • CTX alpha 500

      • The CTX series in the 5th generation

        The latest CTX series in the 5th generation provides additional performance in power, torque and precision as well as larger working area for more flexibility and ergonomics. The universal turning machines of the CTX series by GILDEMEISTER in the new design offer high tech components like integrated spindle motors for fast acceleration and deceleration. Driven tools and tailstock are already in standard. Y-axis for more flexibility and counter spindle are available as options. The CTX alpha 500 comes with CELOS with 21,5“ ERGOline® and SIEMENS as standard. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel.
      • CTX beta 500 linear

      • The modular system of the new CTX series

        The CTX series will also be offered as an intelligent modular design from which the customer can build a tailor-make universal lathe. Starting at the single spindle chuck machine with fast turret up to complete machining with counter spindle and Y-axis describes the wide range of possibilities. And due to the increased component performance of 25 % this machine series is particularly suitable for heavy bar, chuck and shaft machining. The CTX beta 500 linear comes with CELOS with 21,5“ ERGOline® and SIEMENS as standard. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel.
      • CTX beta 800 linear

      • Precision turning in a large working area

        The CTX series defines a new standard in the area of universal machining, marking it evident that it is a leader in its class due to the new innovative design. Larger workspace is achieved through targeted structural standards without having to increase the space requirements of the machines. This additional space is converted again to an increased functionality of form that provides larger machining diameters as well as improved chip removal. The CTX beta 800 linear comes with CELOS with 21,5“ ERGOline® and SIEMENS as standard. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel.
      • CTX beta 1250 linear

      • The matrix of success for complete machining in all sizes

        The CTX series will also be offered as an intelligent modular design from which the customer can build a tailor-make universal lathe. Starting at the single spindle chuck machine with fast turret up to complete machining with counter spindle and Y-axis describes the wide range of possibilities. And due to the increased component performance of 25 % this machine series is particularly suitable for heavy bar, chuck and shaft machining. The CTX beta 1250 linear comes with CELOS with 21,5“ ERGOline® and SIEMENS as standard. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel.
      • CTX beta 2000

      • High-tech universal turning for work pieces up to ⌀ 600 mm and 2,000 mm in length

        The newly designed model is regarded as the successor of the successful and >300-times approved CTX 620 and has been enhanced in several decisive aspects. The improvements are clearly apparent in the work area, the main spindle and the turret. The turning diameter, for example, is now 600 mm for all equipment configurations and the turning length is 2,000 mm. The travel path in the X-axis is 415 mm while the optional Y-axis has a travel of +/- 75 mm. Chuck sizes of up to 500 mm are still available. Added to this is a bar capacity of 93 mm (optionally 102 mm) that enables the machining of bar materials with large diameters. The CTX beta 2000 comes with CELOS with 21,5“ ERGOline® and SIEMENS as standard. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel.
      • NLX 1500

      • Ultimate Performance for Parts Machining

        The NLX 1500 is high-rigidity, high-precision CNC lathes capable of handling varieties of workpieces with superior turning capability ensured by the robust bed and outstanding milling performance achieved by the BMT (Built-in Motor Turret). The space-saving design allows for easy establishment of automation systems.
        Both models demonstrate outstanding performance in a wide range of machining from mass production of automotive parts for the automotive industry to highly-elaborate and high-quality machining for the aircraft industry.
      • NLX 2000

      • Ultimate Performance for Parts Machining

        The NLX 2000 is high-rigidity, high-precision CNC lathes capable of handling varieties of workpieces with superior turning capability ensured by the robust bed and outstanding milling performance achieved by the BMT (Built-in Motor Turret). The space-saving design allows for easy establishment of automation systems.
        Both models demonstrate outstanding performance in a wide range of machining from mass production of automotive parts for the automotive industry to highly-elaborate and high-quality machining for the aircraft industry.
      • NLX 2500

      • Reaching To the Top of Lathe Turning

        The NLX 2500 is a high-rigidity, high-precision CNC lathe able to flexibly handle various workpieces. The model features the BMT (Built-in Motor) that achieves powerful turning capabilities and outstanding milling performance as well as the highly rigidity bed.
        When equipped with CELOS + MAPPS V, the NLX 2500 enables operators to perform machining of various workpieces from simple- to complex-shaped components with an easy operation. This is the model that can satisfy a wide range of users from beginners to experienced technicians.
      • NLX 3000

      • Ultimate Performance for Parts Machining

        The NLX 3000 is high-rigidity, high-precision CNC lathes capable of handling varieties of workpieces with superior turning capability ensured by the robust bed and outstanding milling performance achieved by the BMT (Built-in Motor Turret). The model delivers superior performance for a wide range of areas including the automotive industry requiring high productivity and the construction machinery industry seeking high rigidity.
      • NLX 4000

      • Elaborate and Dynamic Parts Machining

        The NLX 4000 is a totally new large lathe that meets the needs of the times when multiple characteristics are demanded. The model is capable of performing various types of machining from heavy-duty cutting with its high-torque power to high-precision machining of elaborate parts that requires super-high precision.
        The model able to perform integrated machining of turning and milling as well as turning, the basic function of lathes, is suited to parts machining in a broad range of industries.
      • NLX 6000

      • Large Lathe Capable of Powerful Machining of Large-diameter Shafts

        The NLX 6000 | 2000 is a high-rigidity, high-precision CNC lathe capable of handling workpieces from large flanges to long shafts by making the most of its large-diameter spindle and generous machining area.
        Equipped with ample experience and advanced technologies, the model takes advantage of its heavy-duty cutting power to support the construction machinery industry and the energy industry where an oil well pipe is represented as the typical workpiece.
      • NL 1500

      • Rigid and precise CNC Lathes

        The new Lathes from the NL series feature the industry’s first turret with built in motor and gear belt. With four basic versions and 6 specific designs, we can fulfill all demands.
         
      • NL 2000

      • Rigid and precise CNC Lathes

        The new Lathes from the NL series feature the industry’s first turret with built in motor and gear belt. With four basic versions and 6 specific designs, we can fulfill all demands.
      • NL 2500

      • Rigid and precise CNC Lathes

        The new Lathes from the NL series feature the industry’s first turret with built in motor and gear belt. With four basic versions and 6 specific designs, we can fulfill all demands.
      • NL 3000

      • Rigid and precise CNC Lathes

        The new Lathes from the NL series feature the industry’s first turret with built in motor and gear belt. With four basic versions and 6 specific designs, we can fulfill all demands.
      • CL 1500

      • Compact Machine with Rigidity, Achieving Hard Turning

        A compact machine that meets the demand for turning, milling, centerwork, and other needs of today's market.
      • CL 2000

      • Compact Machine with Rigidity, Achieving Hard Turning

        A compact machine that meets the demand for turning, milling, centerwork, and other needs of today's market.
      • SL-403

      • A machine that maximizes and stabilizes speed and high precision

        The slanted bed design provides outstanding rigidity and stability.
        Accepts a wide range of chuck sizes from 15 inches to 21 inches.
      • SL-603

      • A machine that maximizes and stabilizes speed and high precision

        The slanted bed design provides outstanding rigidity and stability.
        Accepts a wide range of chuck sizes from 18 inches to 24 inches.
    • Turn-Mill Complete Machining Centres

      • CTX beta 800 TC

      • Turn & Mill complete machining with the new ultra-compact patented turn-mill spindle

        The new CTX beta 800 TC stands for maximum flexibility in the area of turn & mill complete machining of workpieces up to 500 mm in diameter and 800 mm turning length. The machine’s exterior convinces with the new Corporate Design for improved functionality and high value retention. But the technical data is also impressive. The y-axis stroke is 200 mm. A key element of the machine is the Direct Drive B-axis with a swivel range of 110°. It is equipped with the new highly compact turn/mill spindle compactMASTER®. The spindle’s compact design with integrated ejecting cylinder for the tool clamping provides 120 Nm of torque with a length of just 350 mm. In comparison with common spindles, the new spindle provides 20% more torque with an increased work area of 170 mm. Additionally, tooling costs are reduced as shops can use standard tools for inclined surfaces and holes. Apart from the massively increased versatility of performance, the CTX beta 800 TC is available at an attractive price and opens the door to efficient turn & mill machining of small workpieces. The CTX beta 800 TC is available with CELOS® with 21,5“ ERGOline® and SIEMENS. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel. The machine’s diverse range of applications are complemented by 11 Technology Cycles as an option. As a result, the programming time can be reduced by as much as 60%.
      • CTX beta 1250 TC / linear

      • Turn & Mill complete machining with DMG MORI exclusive technology cycles

        The integrated combination of diverse technologies and methods is one of the definitiv trends in modern manufacturing. Apart from the generous standard equipment such as turning-milling spindle, tool magazines, and counter spindles, the machines of the CTX beta TC and the CTX gamma TC series offer a broad selection of options from a toolbox. Six sided complete machining now delivers the decisive competitive advantage in many sectors. Increasingly more complex of workpieces require the integration of additional machining techniques, such as cog milling and 5-axis simultaneous machining. The CTX beta 1250 TC / linear comes with CELOS with 21,5“ ERGOline® and SIEMENS as standard. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel.
      • CTX beta 2000 TC

      • Turn & Mill complete machining with the highest Y-stroke of 300 mm in it‘s class

        The new CTX beta 2000 TC supplements the successful CTX TC series and offers convenient access into turn & mill complete machining of parts with up to 2 m in turning length. The machine convinces with a large work area for workpieces up to Ø550 x 2,050 mm, the highest Y-stroke with 300 mm in its class, plus the possibility to use steady rests for workpieces up to Ø350 mm. The CTX beta 2000 TC comes with CELOS with 21,5“ ERGOline® and SIEMENS as standard. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel.
      • CTX gamma 1250 TC / linear

      • Turn & mill machine for 6-sided complete machining

        The integrated combination of diverse technologies and methods is one of the definitiv trends in modern manufacturing. Apart from the generous standard equipment such as turning-milling spindle and tool magazines, the machines of the CTX gamma TC series offer a broad selection of options from a toolbox. Six sided complete machining now delivers the decisive competitive advantage in many sectors. Increasingly more complex of workpieces require the integration of additional machining techniques, such as cog milling and 5-axis simultaneous machining.
      • CTX gamma 2000 TC / linear

      • Turn & mill machine for 6-sided complete machining

        The integrated combination of diverse technologies and methods is one of the definitiv trends in modern manufacturing. Apart from the generous standard equipment such as turning-milling spindle and tool magazines, the machines of the CTX gamma TC series offer a broad selection of options from a toolbox. Six sided complete machining now delivers the decisive competitive advantage in many sectors. Increasingly more complex of workpieces require the integration of additional machining techniques, such as cog milling and 5-axis simultaneous machining.
      • CTX gamma 3000 TC

      • Turn & mill machine for 6-sided complete machining

        The integrated combination of diverse technologies and methods is one of the definite trends in modern manufacturing. Apart from the generous standard equipment such as turning-milling spindle and tool magazines, the machines of the CTX gamma TC series offer a broad selection of options from a toolbox. 6-sided complete machining now delivers the decisive competitive advantage in many sectors. Increasingly more complex workpieces require the integration of additional machining techniques, such as gearMILL and 5-axis simultaneous machining.
      • CTX beta 1250 TC 4A

      • High-precision turning machine with unique variations

        The new CTX beta 1250 TC 4A discovers the field of 4 axes turning and milling for the CTX range. The turning/milling spindle with 12.000 rpm is equipped with torque drive for the B-axis. The lower turret is optional available with direct drive with up to 10.000 rpm and Y-axis which improves the productivity and flexibility additionally. The CTX beta 1250 TC 4A comes with CELOS with 21,5“ ERGOline® and SIEMENS as standard. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel.
      • CTX gamma 1250 TC 4A / linear

      • Complete machining with Turn & Mill

        The integrated combination of diverse technologies and methods is one of the definitiv trends in modern manufacturing. Apart from the generous standard equipment such as turning-milling spindle and tool magazines, the machines of the CTX beta TC and the CTX gamma TC series offer a broad selection of options from a toolbox. Six sided complete machining now delivers the decisive competitive advantage in many sectors. Increasingly more complex of workpieces require the integration of additional machining techniques, such as cog milling and 5-axis simultaneous machining.
      • CTX gamma 2000 TC 4A / linear

      • Revolutionary ShopTurn 3G Multi-channel control with additional tool mount

        The integrated combination of diverse technologies and methods is one of the definitiv trends in modern manufacturing. Apart from the generous standard equipment such as turning-milling spindle and tool magazines, the machines of the CTX beta TC and the CTX gamma TC series offer a broad selection of options from a toolbox. Six sided complete machining now delivers the decisive competitive advantage in many sectors. Increasingly more complex of workpieces require the integration of additional machining techniques, such as cog milling and 5-axis simultaneous machining.
      • CTX gamma 3000 TC 4A

      • Large, powerful and flexible

        The CTX gamma 3000 TC now offers all the familiar benefits of the turning/milling technology and thus all the fascinating possibilities of the 6-side machining for the workpiece range of up to 3,000 mm turning length. The range of workpieces that can be handled by the CTX gamma 3000 TC includes turning lengths up to 3,000 mm and turning diameters up to 700 mm. With this new development, the focus is on longer shaft parts as they are being used for example in power plant technology or turbine technology, in marine engine technology or in wind power stations. In line with the component parts and workpiece weights to be expected, the performance of the CTX gamma 3000 TC has been adapted in a targeted manner.
      • NTX 1000 2nd Generation

      • Smallest footprint in its class at 10.4 m2.

        The existing NTX 1000 is a compact integrated mill turn center which is capable of high-efficiency machining of complex-shaped workpieces with a perfect combination of turning and milling. The second-generation NTX 1000 is developed with customers’ requests and needs toward the existing model reflected on the every detail to achieve high-reliability. The model is equipped with an operating system CELOS® that uses a touch panel operation, which is a game changer for every machine tool in use today, and the curvy and rounded appearance overturns a conventional image of factory equipment. The secondgeneration machine has gotten the cutting-edge technologies required for automation, high precision and energy saving.
      • NTX 2000

      • Incorporating Two Cutting-edge Technologies : Lathes and Machining Centers

        The NTX 2000 is an all-round machine for machining workpieces with increasingly complex geometries in fields including aviation, medical equipment, automotive, die & mold, and precision instruments, efficiently and to high levels of accuracy. The NTX 2000 is capable of handling an extensive range of machining, from micro-fine machining to machining of large workpieces, with its high machining performance resulting from integration of a lathe and a machining center and a large work envelope. Efficient process integration across the range from high-mix, low-volume part production to mass production brings great benefits to customers.
      • NT 4200 DCG

      • High precision Mill Turn Centre Travel Y Axis +/- 210 mm

        The multi-axis mill turn centre offers an optimal combination for milling and turning machining. Thanks to the DCG Technology, box-in-box construction, flat bed design and thermal displacement control, performance and machining precision have reached an unbeatable level
      • NT 4250 DCG

      • High precision Mill Turn Centre Travel Y Axis +/- 210 mm

        The multi-axis mill turn centre offers an optimal combination for milling and turning machining. Thanks to the DCG Technology, box-in-box construction, flat bed design and thermal displacement control, performance and machining precision have reached an unbeatable level
      • NT 4300 DCG

      • High precision Mill Turn Centre Travel Y Axis +/- 210 mm

        The multi-axis mill turn centre offers an optimal combination for milling and turning machining. Thanks to the DCG Technology, box-in-box construction, flat bed design and thermal displacement control, performance and machining precision have reached an unbeatable level
      • NT 5400 DCG

      • High precision Mill Turn Centre Travel Y Axis +/- 255 mm

        The multi-axis mill turn centre offers an optimal combination for milling and turning machining. Thanks to the DCG Technology, box-in-box construction, flat bed design and thermal displacement control, performance and machining precision have reached an unbeatable level
      • NT 6600 DCG

      • High precision Mill Turn Centre Travel Y Axis +/- 330 mm

        The multi-axis mill turn centre offers an optimal combination for milling and turning machining. Thanks to the DCG Technology, box-in-box construction, flat bed design and thermal displacement control, performance and machining precision have reached an unbeatable level
      • NT 6600

      • Highly-precise Turn / Mill Centre with a large traverse range

        The NT 6600 is equipped with technical highlights from the turning and milling sectors, and combines high speed and precision for the effortless machining of long and large work pieces.
    • Production Lathes

      • CTX beta 800 4A

      • Compact high productive turning centre with TWIN-concept for 4 axes complete machining

        The CTX beta 800 4A is the compact high productive turning centre with TWIN-concept for 4 axes-complete machining of bar, shaft - and chuck parts. This new turning centre discovers the field of 4 axes production turning for middlle size workpieces. The trendsetting total concept with liquid-cooled main spindle and counterspindle, the optional DirectDrive turrets including Y axis and the TRIFIX®® precision interface as well as the patented TWIN concept with counterspindle / tailstock combination offers a fascinating package which provides up to 20 percent more performance compared with previous machines in this field - even at less space requirement. The CTX beta 800 4A comes with CELOS with 21,5“ ERGOline® and SIEMENS as standard. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel.
      • CTX beta 1250 4A

      • Productive universal 4-axis lathe

        With the CTX beta 1250 4A, the CTX series now enters the field of 4-axis production turning. The innovative concept provides maximum productivity and user friendliness: the cross stroke of the counter spindle / tailstock combination of the proven TWIN series, combined with the verifiable benefits of the CTX-series and intelligent handling solutions. The CTX beta 1250 4A comes with CELOS with 21,5“ ERGOline® and SIEMENS as standard. The machine is also available with Operate 4.5 on SIEMENS 840D solutionline, equipped with the 19“ ERGOline® control panel.
      • NZX-S 1500

      • Professional machine for small diameter shaft machining

        The NZX-S1500 is specialized for small-diameter shafts, ensuring outstanding efficiency with ideal axis travel, spindle output and feed thrust force. The compact body allows space saving, which provides better visibility in factories and dramatically improve productivity per unit area. With optimal capabilities and body size for machining of small-diameter shafts, the NZX-S1500 satisfies varieties of needs of mass production shop floor.
      • NZX-S 2500

      • A new model with a 10-inch chuck joins the NZX-S Series of multi-axis turning center for shafts

        The NZX-S Series of professional machines specialized for machining small-diameter shafts has been reborn with a new design. While maintaining the excellent functions and structure of the existing machines, it has been designed with the greatest priority on operating convenience. The NZX-S Series adopts the optimum axis travels, spindle output and feed thrust for the machining of shaft-type workpieces, making it possible to make the machine compact. In addition, by giving the machine a symmetrical construction centered on the spindle, heat is distributed evenly and accuracy in continuous machining has been improved.
      • NZX 1500

      • Multi axis lathe

        A revolutionary concept for complete machining on complex work pieces. Up to 3 turrets and the Y-axis structure can be installed, and the BMT (Built-in Motor Turret) is used for all turrets. Also, an original technology, the ORC (Octagonal Ram Construction) is used for the Turret 2 Y-axis structure, controlling thermal displacement and improving chip disposal. The NZX1500, which is packed with features to increase productivity, offers unparalleled efficiency for bar work machining.
      • NZX 2000

      • Multi axis lathe

        A revolutionary concept for complete machining on complex work pieces. Up to 3 turrets and the Y-axis structure can be installed, and the BMT (Built-in Motor Turret) is used for all turrets. Also, an original technology, the ORC (Octagonal Ram Construction) is used for the Turret 2 Y-axis structure, controlling thermal displacement and improving chip disposal. The NZX2000, which is packed with features to increase productivity, offers unparalleled efficiency for bar work machining.
      • NZX 2500

      • Multi axis turning center

        The NZX 2500 multi-axis turning center offering highly efficient 4-axis control and capable of high productivity machining of shaft and flange workpieces has evolved a further step by incorporating the CELOS user interface. The ergonomic new design covers allow the machine to scope flexibility with all conceivable machine operating scenarios. The machine’s exceptional machining capabilities and accuracy, occupied with the functionality resulting from newly systematized operation menus, boost efficiency increases at production sites.
      • NZX 4000

      • Large-scale high-efficiency 4-axis turning center that achieves the ultimate in productivity with long and large diameter workpieces

        Long and large diameter workpieces like oil well pipes indispensable for the oil and energy industries.

        The NZX4000 has two turrets and demonstrate a high level of machining capability in the heavy-duty cutting of long, large-diameter workpieces by capitalizing on the high rigidity and bar work capacity by utilizing the BMT (Built-in Motor Turret) technology that provides a milling capability rivaling that of a No. 40 taper machining center.

        With a wide variations of through-spindle holes available, making it possible to handle many types of workpieces, this is the ultimate large-scale 4-axis turning center, even achieving high productivity.
      • NZX 6000

      • Multi axis lathe

        Long and large diameter workpieces like oil well pipes indispensable for the oil and energy industries.

        The NZX6000 has two turrets and demonstrate a high level of machining capability in the heavy-duty cutting of long, large-diameter workpieces by capitalizing on the high rigidity and bar work capacity by utilizing the BMT (Built-in Motor Turret) technology that provides a milling capability rivaling that of a No. 40 taper machining center.

        With a wide variations of through-spindle holes available, making it possible to handle many types of workpieces, this is the ultimate large-scale 4-axis turning center, even achieving high productivity.
    • Vertical Lathes

      • CTV 160

      • The vertical lathe for mass producers and all-rounders

        Due to the shortest chip-to-chip times of less than 5 seconds (with Y-axis (option)) and ideal machining performance, the CTV 160 does not only offer the fastest serial production times but also the perfect conditions such as excellent accessibility for a flexible usage in the ShopFloor area. All axes are located on the spindle side which offers completely new process possibilites. The unique Y-axis stroke of ±90 mm and the large Z-axis stroke allow the precise machining of shorter and longer work pieces between 20 and 210 mm and with a diameter of up to 160 mm without the need of re-tooling. The CTV 160 also excels with highlights such as the fast and easy automation through height adjustable transportation disc and the compact floor space of only 5.3 m2.
      • CTV 250

      • The formula for success in vertical turning – Now up to a 220 mm workpiece diameter

        The new CTV series offers the fastest manufacturing times in serial production due to short chip-to-chip times of < 5 sec. and optimised turning performance. Highlights include the ideal conditions for unequalled flexible production on the shop floor by offering excellent accessibility and user-oriented control technology. All moving axes, drives and precision-controlling measuring systems are located at the top in the protected area of the workpiece spindle. With a unique Y-travel of ± 90 mm (CTV 160), unrivalled in the market, and a large Z-axis stroke, a wide spectrum of short and longer workpieces between 20 and 210 mm and with diameters up to 220 mm can now be precisely machined without elaborate re-tooling. Additional highlights of this ingenious design are fast and simple automation with the heightadjustable transport-disk and a small footprint of approximately 5,3 m2.
      • CTV 315 linear

      • Vertical turning of large workpieces of up to 300 mm diameter and weight up to 25 kg.

        The CTV 315 linear can machine work pieces with diameters of up to 300 mm, 210 mm height and weight up to 25 kg. The 2. generation of the CTV-series presents itself in production optimized STEALTH-Design includes the integrated 15“ SLIMline® panel. The large work space offers on the one hand enough place for an 12-fold turret and on the other hand additional tools or a milling spindle wich could mounted on an optional function plate. The linear drive in the X-axis, wich accelerates with 8 m/s², minimizes idle time for work piece changes and warrants high long-term precision.
      • CTV 250 DF

      • The vertical turning and milling centre for machining homokinetic joints

        The new CTV 250 DF enables machining of components up to Ø180 mm diameter and 230 mm height. The 2. generation of the CTV-series, offers highest dynamic by driven turn-mill swivel bridge. The optional automation as integrated metal link belt can be mounted on the left or right hand side and supplies short loading times.
    • Automatic Lathes

      • SPRINT 32 linear

      • The fastest singular turning machine for bar machining

        The SPRINT 32 linear and the SPRINT 42 linear with six and eight axes are the best alternative for the fast production of work pieces with simple to medium complexity and achieve cycle times as with curve-controlled automatic lathes.

        Highly dynamic linear drives with 40 m/min rapid traverse and the intelligent design of the linear tool holder system, make it possible to achieve chip-to-chip times that are almost unattainable with conventional turning machines. This is especially valid for driven tools with a chip-to-chip time of 0.24 seconds.

        Demands for repeat accuracy, frequently requested criteria not only for the automotive industry, are being more than fulfilled with the application of linear drive technology with a glass scale.
      • SPRINT 42 linear

      • High-Speed automatic turning with linear drives for the highest precision

        The spindle drives and linear tool mount of the SPRINT linear-series lead to maximum efficiency combined with increased precision. Efficient production is not the only benefit: due to excellent userfriendliness and the ability to machine complex workpieces, the SPRINT 20 / 32 / 42 / 65 linear-series meet the highest demands. This machine series is successfully utilized in the hydraulics-, automotive-, electronics-, and medical industries.
      • SPRINT 20 | 5

      • Workpieces measuring up to ø 20 × 600 mm in a footprint of under 2 sq m

        The SPRINT 20 | 5 features five linear axes and a C axis on the main spindle as standard. Overall, the working area can accommodate 23 tools. 4 positions are equipped for driven tools, arranged on 2 tool carriages. Optionally, 2 of the 4 positions can be equipped for back-working with driven tool stations, including a C axis for the counter spindle.
      • SPRINT 20 | 8 linear

      • CNC automatic lathes for sophisticated materials and workpieces up to 25 mm

        The distinctive feature of this production lathe are the accommodating and functional layout of the work area, combined with driven tools and a Y-axis on the main spindle. These features make the machine suitable for every turning application with bars up to 25 mm in diameter for the automotive technology, hydraulics, electronics and medical sectors. The traversable spindle of the machine functions as an integrated spindle motor with a stroke of 80 mm along the Z-axis. The tools in linear arrangement on slide 1, combined with the driven tools, allow efficient machining on several axes at once. The workpiece can be machined with driven tools parallel to production time on the counter spindle, which is also designed as an integrated spindle motor. The work area design allows simultaneous machining with two tools, leading to significant job-time reductions.
      • SPRINT 32 | 5

      • Workpieces up to ø 32 × 600 mm in a footprint of less than 2.8 m²

        The SPRINT 32 | 5 comes with 5 linear axes and a C-axis on the main spindle and has 2 independent tool carriers with space for up to 22 tools. There are 4 pockets available for powered tools for radial machining on the main spindle. The main spindle motor (5,5/7,5 kW // 8.500 rpm) can guarantee high performance turning.
      • SPRINT 32 | 8

      • Workpieces up to ø 32 × 600 mm in a footprint of less than 2.8 m²

        The SPRINT 32|8 is the expansion of the SPRINT 32|5 and is ideally suited for the machining of more complex workpieces. The machine has an additional Y-axis for the second tool carrier plus a C-axis for the counter-spindle. The SPRINT 32|8 is equipped with a total of 6 linear axes and 2 C-axes and has 28 tool pockets. This expansion option of the machine has a third independent tool carrier that is suitable for deep hole drilling on the main spindle, for example, and that also enables 4-axis machining on the main spindle. These two stations can also be equipped optionally for powered tools. The second tool carrier has 8 pockets for rear-side machining, 4 of which are equipped for powered tools. There are pockets for in total up to 10 (8 in the standard version) powered tools. The main spindle motor (5,5/7,5 kW // 8.500 rpm) guarantee high performance turning.
      • SPRINT 42 | 8 linear

      • The fastest singular turning machine for bar machining

        The SPRINT 42 | 8 linear with eight axes is the best alternative for the fast production of work pieces with simple to medium complexity and achieve cycle times as with curve-controlled automatic lathes. Highly dynamic linear drives with 40 rpm rapid traverse and the intelligent design of the linear tool holder system, make it possible to achieve chip-to-chip times that are almost unattainable with conventional turning machines. This is especially valid for driven tools with a chip-to-chip time of 0.24 seconds. Demands for repeat accuracy, frequently requested criteria not only for the automotive industry, are being more than fulfilled with the application of linear drive technology with a glass scale.
      • SPRINT 42 | 10 linear

      • The flexible design for short and long turning parts

        With the SPRINT 42 | 10 linear, GILDEMEISTER Italiana offers a unique machine design that distinguishes itself through the highest measure of flexibility and productivity. DirectDrive Technology and linear motors on the main and counter spindles, up to 30 tools, three of which can operate in parallel, and torque motors with 2.2 kW capacity of 16 driven tools on the tool turret, provide the best chipping performance.
        In addition, the SPRINT 42 | 10 linear with the patented SWISSTYPEkit conversion kit can seemlessly convert a short-turning machine into a long-turning machine, making the machining of a broad range of parts possible. The SPRINT 42 | 10 linear is equipped with the most modern Fanuc 3 control technology for maximum user comfort.
      • SPRINT 50-2T

      • Next Generation for high productive automatic turning

        SPRINT 50, the new turning machine from GILDEMEISTER Italiana S.p.A is the latest solution for the machining of bars of up to 51 mm in diameter. The vertical designed machine bed offers a minimum of space requirement with 9.6 m2 footprint only, incl. chip conveyor. The patented and thousendfold approved TWIN-concept guarantees highest productivity due to a unique machine concept with 2 turrets and a cross-traverseable counter spindle tailstock* combination for 2 independent working areas.
      • SPRINT 50-2T Fanuc

      • 4-axis production turning with up to 24 driven tools and two Y axes

        SPRINT 50 with two turrets and CELOS® from DMG MORI with MAPPS on FANUC 31iB is the new turning machine from GILDEMEISTER Italiana S.p.A for the machining of bars of up to 50 mm in diameter. The vertical designed machine bed offers a minimum of space requirement with 9.9 m2 footprint only, incl. chip conveyor. Simultaneous machining on the main and counter spindles and Y axis with ±35 mm for the upper turret as standard guarantee the highest productivity.
      • SPRINT 50-3T

      • Next Generation for high productive automatic turning

        SPRINT 50, the new turning machine from GILDEMEISTER Italiana S.p.A is the latest solution for the machining of bars of up to 51 mm in diameter. The vertical designed machine bed offers a minimum of space requirement with 9.6 m2 footprint only, incl. chip conveyor. Three turrets with up to 3 Y-axes are offering minimized cycle times due to parallel machining at the main and counter spindle with 3 tools. The 3 turrets can be equipped with up to 36 driven VDI 25 tools (TRIFIX®). The bottom turret is available as a B-axis (option) for machining negative angles.
      • SPRINT 50-3T B-axis

      • Next generation for highly productive automatic turning.

        SPRINT 50, the new turning machine of the GILDEMEISTER Italiana S.p. A. offers the most modern solution for rod machining with up to 51 mm diameter During des vertical positioned machine bed the machine needs only 10.8 m² footprint incl. chip conveyor. The three turrets with up to three Y-axis makes it possible to minimize cycle time by parallel machining on the main and counter spindle with up to three tools. The lower turret is equipped with and NC-controlled B-axis. Due to the swivel range of the B-axis from -23,5 up to + 158,5 degrees the machining with negative angle will be possible. Therefore you can access standard tools. This combination of turret and B-axis is unique in the market segment of automatic production turning.
      • SPRINT 65 linear - 2T

      • High productive automatic turning

        The SPRINT 65 linear completes the SPRINT linear Series for diameters up to 65 mm. With two turrets and a Y-axis, this machine can perform simultaneous machining with three independent tools. This ensures the shortest cycle times in manufacturing. In addition, complex work pieces can also be machined with the standard-equipped 24 driven tools on the Y- and C-axes.
      • SPRINT 65 linear - 3T

      • Next Generation for high productive automatic turning

        The SPRINT 65 linear completes the SPRINT linear Series for diameters up to 65 mm. With three turrets and a Y-axis, this machine can perform simultaneous machining with three independent tools. This ensures the shortest cycle times in manufacturing. In addition, complex work pieces can also be machined with the standard-equipped 36 driven tools on the Y- and C-axes.
      • SPRINT 65-3T B-axis

      • Next Generation for high productive automatic turning

        The SPRINT 65 supplemented the successful SPRINT-series. As generally action field the SPRINT 65-series counts the complete machining from rod up to 65 mm respectively optional 90 mm diameter The machine decreeds about 3 turrets. The lower turret is equipped with and NC-controlled B-axis. Due to the swivel range of the B-axis from -23,5 up to + 158,5 degrees the machining with negative angle will be possible. Therefore you can access standard tools. This combination of turret and B-axis is unique in the market segment of automatic production turning.
      • SPRINT 65-2T

      • The SPRINT 65 supplements the successful SPRINT-series.

        The SPRINT 65 supplemented the successful SPRINT-series. As generally action field the SPRINT 65-series counts the complete machining from rod up to 65 mm respectively optional 90 mm diameter. The machine decreeds of two turrets incl. the patented and thousandfold approved TWIN-concept. This inimitiable work space concept with two turrets and the cross stroke of the counter spindle tailstock combination makes a parallel machining in two independent work spaces possible.
      • SPRINT 65-3T

      • The SPRINT 65 supplemented the successful SPRINT-series. As generally action field the SPRINT 65-series counts the complete machining from rod up to 65 mm respectively optional 90 mm diameter. The machine decreeds about 3 turrets. All three turrets could drive in X-, Y- and Z-way (Y/Z optional for turret on top right). This makes a parallel machining with 3 tools possible.
      • SPRINT 65-3T Fanuc

      • 4-axis production turning with 3 Y-axes and 3 turrets for up to 36 driven tools

        SPRINT 65 with three turrets and CELOS® from DMG MORI with MAPPS on FANUC 31iB is the new turning machine from GILDEMEISTER Italiana S.p.A for the machining of bars of up to 90 mm in diameter. The vertical designed machine bed offers a minimum of space requirement with 11.2 m2 footprint only, incl. chip conveyor. Simultaneous machining on the main and counter spindles and highly dynamic drives in all axes guarantee fast machining and minimal idle time.
      • GM 16|6

      • GM 16|6

        The GM 16|6 supplements the GM automatic lathe program for the diameter range below 16 mm. It is extremely productive, because of its short travel paths and high rotational speeds. The machine guarantees the efficient production of highly precise turning work pieces.
      • GM 20|6

      • Multi-spindle automatic lathes for the modern mass production

        These multi-spindle automatic lathes for medium- to large size lots in the diameter range of 20 mm are the most efficient automatic lathes, with 6 stations. Using the most advanced technology, highly precise turning work pieces are machined in the shortest possible job-times.
      • GMC 20

      • Up to a 65 % reduction in setup time compared to cam-controlled turning machines

        With the GMC 20, the CNC multi-spindle series now includes a machine with one CPU, 10 CNC channels and up to 31 CNC axes, giving you the highest capacity and shortest cycle times at the lowest possible investment cost. Five cross slides, sixfrontal slides and two CNC slides for rear-sided machining provide the greatest possible flexibility and allow production of complex work pieces in medium batch sizes.
      • GMC 20 ISM

      • Highly productive with 0.009 mm diameter tolerance

        With the GMC 20 ISM, you enter new territory in the sector of CNC-multi spindle machines. Considering the sum total of advantages, the GMC 20 ISM machines indeed offer a complete production package, which sets new standards for the machining of turning work pieces with flexible lot sizes in the entire diameter range from 3-20 mm. The indexed spindle drum alone already leads to a job-time reduction. Furthermore, the newly developed MF Programmer 3D accompanies these multi-spindle machines on the road to success. The GMC 20 ISM supplements the GM automatic lathe program for the diameter range up to 20 mm. Even medium size lots can be machined efficiently, because of high flexibility and precision.
      • GMC 25 ISM

      • Two CPUs in the standard for controlling up to 56 axes

        The ideal combination of efficient technologies set new standards as far as productivity and cost-effectiveness is concerned. The machines in the GMC ISM series are designed to cope with the highest demands in batch and highvolume serial production. Integrated spindle drives and vibration-free design are what account for the outstanding performance of the GMC series. Advanced technology and features that promote efficient machining: an interconnecting spindle drum and six independent, oil-cooled motor spindles optimise the cutting parameters in realtime, meaning that you not only have four linear axes with numeric control on each spindle at your disposal, but also the C-axis and the Y-axis (optional).
      • GMC 35

      • Multi-spindle automatic lathes with 65% shorter setup times and lowest costs and highest precision

        With the GMC 35, the CNC multi-spindle series now includes a machine with one CPU, 10 CNC channels and up to 31 CNC axes, giving you the highest capacity and shortest cycle times at the lowest possible investment cost. Five cross slides, sixfrontal slides and two CNC slides for rear-sided machining provide the greatest possible flexibility and allow production of complex work pieces in medium batch sizes.
      • GMC 35 ISM

      • Two CPUs in the standard for controlling up to 56 axes

        The GMC 35 ISM supplements the GM automatic lathe program in the diameter range up to 35 mm. Even medium size lots can be machined efficiently, because of high flexibility and precision. With the GMC 35 ISM, you enter new territory in the sector of CNC-multi spindle machines. Considering the sum total of advantages, the GMC 35 ISM indeed offers a complete production package, which sets new standards for the machining of turning work pieces with flexible lot sizes in the entire diameter range from 3-35 mm. The indexed spindle drum alone already leads to a job-time reduction. Furthermore, the newly developed MF Programmer 3D accompanies these multi-spindle machines on the road to success.
      • GMC 42 ISM

      • Highest performance in bar machining up to 42 mm diameter

        A limited drum indexing time of 0.7 seconds, a maximum rotational speed of 8,000 rpm and accelerations up to 1 g are just some of the parameters that speak for the unparalleled productivity of the GMC ISM series. The high rigidity of the machines of the GMC ISM series Turning Centres guarantees the highest performance for the manufacturing of precision parts and the grip bearing as well as two independent axes ensure the bilateral complete machining of the part. The NC-controlled guide-block picks up front tool holders and can guide long parts as well as lip bore holes for deep hole drilling operations. The simultaneous operation of all tools ensures the reduction of machining time to a minimum. Complicated geometries are developed within applicable technological parameters with the use of standard tools or sectional steel.
      • Linear toolholder

      • Gang type lathe built on a very rigid base that has been designed for excellent thermal stability and a low center of gravity

        The G Series models are gang type lathe capable of finishing and hard turning of which cycle time is reduced by “zero indexing time”. Flexible tooling is achieved by the largest X-axis travel in the class. With a wide variety of applications, the G Series provides customers with optimal custom solutions for automation and systems according to each of their production environment.
      • Turret driven tools, C- and Y-axis

      • High-precision, compact integrated machine equipped with the turret with the Y-axis and the milling function

        The A Series models are compact turning centers with the largest number of tool stations in its class, achieving process integration of turning and milling. The models ensure machining of complex-shaped workpieces, value-added machining and process integration. With a wide variety of applications, the A Series provides customers with optimal custom solutions for automation and systems according to each of their production environment.
      • WASINO AA-1

      • High-precision, compact integrated machine equipped with the turret with the Y-axis and the milling function

        The A Series models are compact turning centers with the largest number of tool stations in its class, achieving process integration of turning and milling. The models ensure machining of complex-shaped workpieces, value-added machining and process integration. With a wide variety of applications, the A Series provides customers with optimal custom solutions for automation and systems according to each of their production environment.
      • WASINO JJ-1

      • Space-saving 2-spindle 2-turret machine with high functionality and high precision

        • Lead time reduced by two spindles and two turrets which allow for machining of front and rear faces in one process
        • Improved workability by the machine structure that ensures better access to the turrets and chucks
        • Stable machining accuracy thanks to stainless steel covers
        • Thermal displacement (at cold start): φ 5.0 μm, Circularity: φ 0.4 μm
        • Proven performance in small precision parts machining
        • Loader/stocker systems for a wide range of production needs
        • Peripheral equipment to support customers in various manufacturing environments
      • NRX 2000

      • Front Parallel Dual-Spindle / Turret CNC Lathe

        The NRX 2000 employs one of our new design concepts, “STEALTH DESIGN” featuring sharp lines, and comes with COMPACTline that enables touch panel operation. The machine boasts its space-saving design with a machine width of 1,650 mm and is best suited for mass production of flange-shaped workpieces for automobiles. The NRX 2000 reduces operators’ work load and brings higher productivity through good access to transfer systems and the spindle, enhanced workability during tool changes, and improved chip disposal.
    • Milling Machines

      • Universal Milling Machines for 5-sided / 5-axis machining

        • DMU 50

        • Universal milling with up to five axes for everyone

          The DMU 50 introduces a new era in the workshop, training, laboratory, fixtures and tool industry. This CNC Universal Machine is characterised by innovative machine construction technology. Highlights such as digital drives in all axes, a rapid traverse up to 30 m/min and a motor spindle up to 18,000 rpm give the DMU 50 increased dynamics. Besides the standard rigid table, there are other table options available including a manually operated table, a motor-driven swivel rotary table with hydraulic clamping and a simultaneous table. The latest cross-slide design with a ribbed cast-iron column provides a basis that offers noticeably more precision and rigidity. The latest control technology with the DMG ERGOline® Control, a 19" screen and 3D-software guarantees the highest operational speed, as well as precision and reliability. DMG MORI's DMU 50 offers an ideal and an affordable entry into the world of 5-sided / 5-axis simultaneous machining.
        • DMU 70

        • 5 Axis Milling Machine with simultaneous table - from three to five axes

          The 5 Axis Milling Machine DMU 70 is based on the successful universal milling machine DMU 50 and thus combines proven technology with a new machine size. Spindle speeds of up to 18,000 rpm, rapid traverses of 24 m/min and the optional tool magazine with 16, 30 or 60 pockets guarantee economic machining of individual parts or small series. The cross slide design with ribbed cast iron components in combination with the machine base made of polymeric concrete offers a maximum of stability. The optional swivel rotary table is integrated into the machine base. Thanks to its large flange diameter the swivel rotary table is very rigid which significantly increases the precision and surface quality.
        • DMU 40 eVo / linear

        • High-end 5-axes simultaneous machining

          The DMU 40 eVo linear is the extension of the successful DMU eVo product line.

          Special feature is the revolutionary design of the X- and Y axes, which are now arranged as Gantry. The short distance of the guide ways guarantees an extremely high and constant rigidity over the whole working area. The optimized Gantry offers a considerably improved accessibility also from the side compared to the classic Gantry design. The accessibility to the working area is still guaranteed, even if the machine is equipped with an automation.

          Due to the new concept the space requirement is being reduced and the working area is being enlarged at the same time. The well-proven swivel rotary table has been retained and strengthened and allows now a loading weight of 250 kg. The table is also being offered as torque table for the mill- turn- technology. In the standard version the DMU 40 eVo has ball screws with 50 m/min rapid traverse and is also available as dynamic version with linear drives in X and Y axis with a rapid traverse of 80 m/min. The spindle speeds range from 14,000 to 24,000 rpm. The optional 2-fold pallet changer convinces with a low space requirement, short changing times and high workpiece weights.
        • DMU 60 eVo / linear

        • High-end 5-axes simultaneous machining

          The DMU 60 eVo linear succeeds the DMU 50 eVo linear and continues the successful product line. The concept has been re-designed and improved on essential features.

          Special feature is the revolutionary design of the X- and Y axis, which are now arranged as Gantry. The short distance of the guide ways guarantees an extremely high and constant rigidity over the whole working area. The optimized Gantry offers a considerably improved accessibility also from the side compared to the classic Gantry design. The accessibility to the working area is still guaranteed, even if the machine is equipped with an automation.

          Due to the new concept the space requirement is being reduced and the working area is being enlarged at the same time. The well-proven swivel rotary table has been retained and strengthened and allows now a loading weight of 400 kg. The table is also being offered as torque table for the mill- turn- technology. In the standard version the DMU 60 eVo linear has ball screws with 50 m/min rapid traverse and is also available as dynamic version with linear drives in the X and Y axes and rapid traverses of 80 m/min. The spindle speeds range from 14,000 to 24,000 rpm. Various expansion stages like a pallet changer or tool magazine with up to 120 pockets expand the scope of application of the new DMU 60 eVo linear.
        • DMU 80 eVo / linear

        • The new eVo generation with a revolutionary machine design

          The DMU eVo series global success continues with the DMU 80 eVo linear machine.
          It has been given a completely new gantry design, which improves machine rigidity and precision. Compared to a conventional gantry, this "optimized" design offers improved accessibility (even from the side), increased travel range and a larger working area – all on a smaller machine footprint. The proven swivel rotary table remains, while maximum load, dynamics, and swivel range were considerably increased.
        • DMU 65 monoBLOCK®

        • 5-axis milling with a redefined swivel rotary table

          For the first time, the highly dynamic DMU 65 monoBLOCK® combines all of the stability benefits of the monoBLOCK® construction with the advantages of a fast swivel rotary table, and is the most compact machine in its class with a 7.5 m2 footprint. Equipped with an optimal and accessible large working area of 735 × 650 × 560 mm (X / Y / Z), this machine dominates all milling technology disciplines at an exceptionally high level with flexible expansion stages, 3- to 5-axis machines and roughing and finishing operations – A machine for all industries at an attractive price.
        • DMU 85 monoBLOCK®

        • The new benchmark in every industry

          The monoBLOCK® NEXT GENERATION Series offers a machine design for every industry: whether it be for 5-axis simultaneous machining, high-dynamics highspeed machining, high-torque high-performance machining, or ambitious volume parts production requiring three to five axes. The new monoBLOCK® machines make every finished part a masterpiece.
        • DMU 105 monoBLOCK®

        • The highest stability from one mould.

          The monoBLOCK® NEXT GENERATION machines offers maximum milling per - formance, highest machining performance and excellent accuracy with its extreme rigidity and stability. These best performances qualities are achieved by the conceptually high resting masses of the monoBLOCK® along with a detailed FEM analysis. The weight-optimised moving components made of GGG60 provide high in-process dynamics.
        • DMU 125 monoBLOCK®

        • 5-axis simultaneous machining up to 2,600 kg and up to 430 Nm with the 52 KW motor spindle

          True size comes from within. On less than 8 m2, up to the DMU 125 monoBLOCK® at 25 m2, the new monoBLOCK® series offers room for work pieces up to 1,600 mm long and 6,000 kg in weight in a 3-axis area. The 5-axis version makes the machining of high-tech work pieces up to 1,400 mm in diameter and 2,600 kg in weight possible. Unrestricted loading of the work area from above and the standard stainless steel lining of the work area make this machine a highly durable value.
        • DMU 65 FD monoBLOCK®

        • Milling / turning technology for complete machining.

          The DMU 65 FD monoBLOCK® and all other monoBLOCK® NEXT GENERATION machines offer maximum milling performance, highest machining performance and excellent accuracy with its extreme rigidity and stability.
        • DMU 85 FD monoBLOCK®

        • Milling / turning technology for complete machining.

          The DMU 85 FD monoBLOCK® and all other monoBLOCK® NEXT GENERATION machines offer maximum milling performance, highest machining performance and excellent accuracy with its extreme rigidity and stability.
        • DMU 105 FD monoBLOCK®

        • Mill/turn complete machining with a max. torque of 4,000 Nm and a 2,000 kg max. load tolerance

          The DMU 105 FD monoBLOCK® offer maximum milling performance, highest machining performance and excellent accuracy with its extreme rigidity and stability. These best performances qualities are achieved by the conceptually high resting masses of the monoBLOCK® along with a detailed FEM analysis. The weight-optimised moving components made of GGG60 provide high in-process dynamics.
        • DMU 125 FD monoBLOCK®

        • The largest monoBLOCK® universal milling machine with an mill/turn package

          The DMU 125 FD monoBLOCK® unites all the well-known benefits of the normal version with the outstanding characteristics of the milling-turning package. The heart of all FD machines is the FD table with its speed of up to 500 rpm and maximum torque of 5,400 Nm. The table also features a clamping area of 1,250 mm and a loading capacity of 2,000 kg in the standard version to enable efficient milling and turning of large, heavy workpieces. In the version with the tandem drive the maximum table capacity is as high as 2,600 kg. The FD package for the DMU 125 FD monoBLOCK® also includes an HSK A100 motor spindle whose 12,000 rpm, 44 kW and 299 Nm performance is sufficient for heavy duty machining. The centre has a full-protection safety cabin whose laminated safety panes protect the operator reliably during fast turning operations.
        • DMU 60 P duoBLOCK®

        • 5-axis machining - 20% faster, the smallest duoBLOCK® machine of the new generation

          With chip-to-chip times of up to 3.7 seconds and increased precision, these universal milling machines set new benchmarks in 5-axis machining. The combination of the duoBLOCK®-design and precise rotary axes with integrated, direct measuring systems leads to excellent precision and increased performance for increased production with these duoBLOCK®-machines. Large work areas of 600 x 700 x 600 mm at a minimal foot print are an additional highlight of the DMU 60 P duoBLOCK®. The exceptional performance of these machines can be increased even further with comprehensive optional expansion packages tailored to your needs.
        • DMU 80 P duoBLOCK®

        • The duoBLOCK® – 4th generation for 30 % more precision, performance and efficiency. Unique!

          With the new DMU 80 P duoBLOCK®, every component becomes a masterpiece. Comprehensive cooling and the optimised stiffness of the new redesigned duoBLOCK® concept are the basis for the highest possible levels of precision and machining performance. The stiffness of the highly stable and highly precise duoBLOCK® concept has been improved by 30 %. The new innovative wheel magazine provides the highest flexibility with up to 363 tools and minimal space requirements.
        • DMU 100 P duoBLOCK®

        • 30% higher component precision thanks to intelligent temperature management

          The new benchmark in 5-axis machining with 30% higher precision, performance and efficiency. The five-axis machines in the highly stable duoBLOCK® design allow the highest machining performance and maximum precision with high dynamics. From hard-to-process materials such as titanium to the highest surface quality standards. The fourth generation duoBLOCK® is best suited for processes in sectors ranging from aerospace to tool and mould making. Comprehensive cooling measures and the optimised stiffness of the new redesigned duoBLOCK® concept are the basis for the highest possible levels of precision and machining performance.
        • DMU 125 P duoBLOCK®

        • 30% higher component precision thanks to intelligent temperature management

          The new benchmark in 5-axis machining with 30% higher precision, performance and efficiency. The five-axis machines in the highly stable duoBLOCK® design allow the highest machining performance and maximum precision with high dynamics. From hard-to-process materials such as titanium to the highest surface quality standards. The fourth generation duoBLOCK® is best suited for processes in sectors ranging from aerospace to tool and mould making. Comprehensive cooling measures and the optimised stiffness of the new redesigned duoBLOCK® concept are the basis for the highest possible levels of precision and machining performance.
        • DMU 160 P duoBLOCK®

        • Practice-oriented 5-axis machining for maximal productivity in all industries and workpieces up to 4.5t

          The new benchmark in 5-axis machining - 30% greater precision, performance and efficiency. The 5-axis machines enables highes cutting performance with exceptional dynamics and maximum precision through the highly stable duoBLOCK®. It is equipped to handle the most challenging materials (i.e. titanium) and the highest surface quality standards. The 4th Generation duoBLOCK® is optimally suited for aerospace as well as tool and mold making applications. Comprehensive cooling measures and the improved rigidity are the foundation of this machine's industry-leading accuracy and machining performance characteristics.
        • DMU 210 P

        • Portal machine - Larger, more powerful and more precise

          The proven and successful portal series with more than 1000 installed machines is based on a FEM-optimized portal machine design. The thermo-symmetrical construction with liquid-cooled ball screws, feed axes, linear guides and all rotary axes ensure maximum dynamics and long-term accuracy.
          The portal machine DMU 210 P allows an easy and effective machining of workpieces up to 8t.
          An optimized extended swivel range and interference contours of the newly developed DMG MORI milling head leading to the optimal usage of the cubic-working space.

          Like all of the Pfronten world premieres, the DMU 210 P presents itself with CELOS from DMG MORI with 21.5“ ERGOline® and SIEMENS in the new Corporate Design for even better usability, functionality and value retention. Moreover, the machine is available with HEIDENHAIN TNC 640 as well as Operate 4.5 on SIEMENS 840D solutionline.
        • DMU 270 P

        • New size in the gantry range

          The DMU 270 P complements DMG MORI’s range of portal machines, featuring an increased work area than the smaller DMU 210 P. The work area of 2,700 x 2,700 x 1,600 mm (X/Y/Z) offers 50% more space in transverse and approx. 30% in longitudinal and vertical direction. In total, the work area increases by 235 %. The interfering contours have also been optimised by re-developing the milling head. The machine accommodates workpieces of 3,000 mm in diameter and 1,600 mm in height, with a maximum weight of 12,000 kg. The extremely high inherent rigidity as well as the constant temperature control ensure high precision. Moreover, the DMG MORI kit offers endless possibilities to customise the machine according to customers’ demands, e.g. by extending the tool magazine or intelligent automation options for increased productivity.

          Like all of the Pfronten world premieres, the DMU 270 P presents itself with CELOS from DMG MORI with 21,5“ ERGOline® and SIEMENS in the new Corporate Design for even better usability, functionality and value retention. Moreover, the machine is available with HEIDENHAIN TNC 640 as well as Operate 4.5 on SIEMENS 840D solutionline.
        • DMU 340 P

        • Portal machine for 5-sided- and up to 5-axis machining

          After the successful introduction of the DMU 200 P and DMC 200 U, DECKEL MAHO ventures further into the sector of large machining centres for machine- and mould construction. With axis travel ranges of X-2,800 mm, Y-3,400 mm and Z-1,600 mm, the DMU 340 P opens up entirely new possibilities in 5-sided/5-axis machining. With workpiece weights of up to 16t, rapid traverses of 60 m/min, and an automatic swivel milling head in B-axis configuration, completely new applications become available. The tool magazine offers 60 pockets, but options of 120, 180 or 240 pockets. The DMU 340 P is also available as special design for the mould making: The DMU 340 P Unimould offers an interchangeable pick-up spindle with 24,000 rpm.
        • DMU 340 P Unimould

        • New standards in 5-axis mould construction

          With its size, the DMU 340 P Unimould sets new standards for mould manufacturing. With a traverse path of 3,400 x 3,400 x 1,600 mm, it is a giga-milling machine, which allows machining of heavy workpieces of up to 16 t (optional 20 t). The NC rotary table and the universal swivel milling head with controlled B-axis mean that the DMU 340 P Unimould is equipped to handle both 5-sided machining equally as well as 5-axis simultaneous milling. In addition to the standard SK50 motor spindle with its 44 kW and 10,000 rpm there are other options available on request; these include a 12,000 rpm motor spindle, the powerful 5X torqueMASTER® transmission spindle with 1,550 Nm, the aerospace motor spindle with 15,000 rpm and a chipping performance of up to 10,000 cm3/min, as well as the interchangeable HSK-A63 pick-up spindle.
        • DMU 60 FD duoBLOCK®

        • Maximum productivity with complete machining on one machine

          Complete machining par excellence: The milling / turning machines combine two processes on one machine. Milling and turning in one setting.
        • DMU 80 FD duoBLOCK®

        • Unique!

          With the new DMU 80 FD duoBLOCK®, every component becomes a masterpiece. Comprehensive cooling and the optimised stiffness of the new redesigned duoBLOCK® concept are the basis for the highest possible levels of precision and machining performance. The stiffness of the highly stable and highly precise duoBLOCK® concept has been improved by 30 %. The new innovative wheel magazine provides the highest flexibility with up to 363 tools and minimal space requirements.
        • DMU 125 FD duoBLOCK®

        • With the new DMU 125 FD duoBLOCK®, every component becomes a masterpiece.

          Comprehensive cooling and the optimised stiffness of the new redesigned duoBLOCK® concept are the basis for the highest possible levels of precision and machining performance.
          The stiffness of the highly stable and highly precise duoBLOCK® concept has been improved by 30 %. The new innovative wheel magazine provides the highest flexibility with up to 303 tools and minimal space requirements.
        • DMU 160 FD duoBLOCK®

        • With the new DMU 160 FD duoBLOCK®, every component becomes a masterpiece.

          Comprehensive cooling and the optimised stiffness of the new redesigned duoBLOCK® concept are the basis for the highest possible levels of precision and machining performance.
          The stiffness of the highly stable and highly precise duoBLOCK® concept has been improved by 30 %. The new innovative wheel magazine provides the highest flexibility with up to 303 tools and minimal space requirements.
        • DMU 210 FD

        • Size – intelligently defined

          The strengths of the 210 Universal Milling Centres become immediately evident for large workpieces that need to be manufactured in series such as in heavy tool and mould making, large automotive, prototype or fixture manufacture, as well as many applications in the aerospace industry.
        • DMU 270 FD

        • Complete machining of large parts

          The 5-axis machines in the highly stable gantry design assure maximum precision with the highest dynamics. In addition to drilling and milling operations, turning operations can also be executed with the FD technology. Large traverse paths of up to 2.70 m and table loads of up to 7 t provide the foundation. A pallet changer on the DMC Machines makes setup parallel to production time possible. The optimal access to the work area, diverse spindle versions and other process-optimised options round of this design.
        • DMU 340 FD

        • Milling and turning in XXL

          With these turning-milling centres, DECKEL MAHO combines two technologies in a single machine. As a result, workpieces with weights up to 7,000 kg can be machined in a single setup. This complete solution not only saves time and money but also achieves greater flexibility and more precise results. The new "turning" NC-rotary table combines turning and milling, and becomes a direct drive table with 40 kW. It features table rotational speeds of 120 rpm, a torque of 10,000 Nm and a holding torque of 15,000 Nm. This highly productive unit masters a previously unattainable range of horizontal- and vertical milling-turning applications. In addition, these machines are fully functional milling machines and in no way inferior to machines designed exclusively for milling. Milling heads with controlled A- or B-axis, several main drives allow 5-sided- and up to 5-axis machining and offer individualized solutions.
        • NMV 3000 DCG

        • The machine features an optional large-capacity AWC (Automatic Workpiece Changer) and a variety of tool storage capacities, allowing long-term, unmanned operation, as well as high-efficiency machining for multi-item, small-lot production. The NMV 3000 DCG answers the demand for high-precision, high-efficiency machining of small, complex workpieces, which has mainly come from the automobile and aircraft industries.
        • NMV 5000 DCG

        • 5 Axis Vertical Machining

          The new NMV 5000 DCG is very impressive, with an excellent table construction and highly dynamic and rigid Direct Drives at the B and C axis with ground breaking rotation range. Excellent stability is achieved through the Box-in-Box construction with no overhang and Octagonal Ram at the Z axis. With 5 axes and 5 side machining, complex workpieces of up to 300 kg can be produced in just one setting. The benefits for you: 5 Axis Milling technology with Mori Seiki quality and stability with a large range in automation solutions.
        • NMV 8000 DCG

        • High Precision 5-Axis Vertical Machining Centre

          The new NMV 8000 DCG is very impressive, with an excellent table construction and highly dynamic and rigid Direct Drives at the B and C axis with ground breaking rotation range. Excellent stability is achieved through the Box-in-Box construction with no overhang and Octagonal Ram at the Z axis. The benefits for you: 5 Axis Milling technology with Mori Seiki quality and stability with a large range in automation solutions.
        • DIXI 125

        • High precision universal machining center

          The DIXI 125 is a high precision universal machining center based on the duoBLOCK 4th generation design including it´s large selection of spindles and other options. Therefore, it is a unique solution to meet the customers´ application in the field of high accuracy production with 4 and 5 axes technology. Both as a horizontal machining center with 4 axes, as well as standard with A- or B-axis available in the 5-axis version, the DIXI125 accuracy classes are unique in this segment
        • DIXI 210

        • Swiss Precision highly accurate, unique

          DIXI MACHINES is a leading manufacturer of ultra-high-precision machines and is known for its "Swiss made" quality. Unlike any project before, the new DIXI 210 meets the product development objectives of the pioneering cooperation between DMG and MORI SEIKI. Without the equally creative and innovative cooperation between these two companies, this unique large ultra-precise machine would never have been developed. Only the unparalleled combination of Swiss precision, German engineering and skilled craftsmanship made this project possible.
        • DIXI 270

        • Precision machining up to 12 t with a threefold improvement in volumetric accuracy

          The high-end precision machine DIXI 270 from DMG MORI has an enormous working space of 2,700 × 2,700 × 1,600 mm (X × Y × Z) and achieves a 3-fold improved volumetric precision of < 60 μm. The highly precise portal machine with 3-point support and GGG-60 castings offers maximal rigidity and stability for demanding machining, for instance of large aerospace parts or in the field of precision mould construction.  

          Huge and heavy parts of up to 3,000 mm diameter, 1,600 mm height and 12 t max. weight can be efficiently roughed (for instance with the powerMASTER 1000 motor spindle with up to 1,000 Nm torque and 77 kW power rating) and can be finished with high dynamics (5 m/s2) and fast feeds(60 m/min.) and a 3-fold higher volumetric precision.
        • DMU 600 P

        • 5-axis machining with oversized dimensions

          Long-lasting precision is realized through the stable gantry design. Furthermore, the optimal access to the work area and set-up space through the large operator doors and a completely enclosed work area help the 600 series set new standards in 5-sided and up to 5-axis simultaneous machining.
        • DMU 600 FD

        • Complete machining of large parts

          5-sided and / or 5-axis simultaneous machining and turning in one setting. During milling and turning, two processes are combined so that milling and turning operations can be executed on one machine, in one setting. This combination guarantees the highest precision and simultaneous time savings. The innovative applications are supported by numerous helpful options, features, software and hardware.
        • DMU 600 Gantry linear

        • The high-gantry machine DMU 600 G linear

          Designed and built for the best surface quality and the highest dynamics with innovative, contactless linear motor drive technology. The machine structure has been optimised for static and dynamic stiffness and guarantees consistent temperature stability through comprehensive temperature control of the structure, components and guideways. Energy-efficient consumption with efficient cooling technology and on-demand accumulator activation. Large machines designed intelligently – dynamic machining of large parts up to 40 t: The DMU 600 P, together with the universal machines in the 210, 270 and 340 series, forms a uniquely successful range of portal machines for large workpieces. The DMU 600 G linear with its high gantry design is dedicated to the dynamic and precise 5 axes machining e.g. in Die & mould and Aerospace applications.
      • Travelling Column Milling Machines

        • DMF 180 linear

        • The 2nd Generation of Travelling Column Machines

          The 2nd generation of travelling column machines was developed with focus on precision, flexibility and efficiency. High precision is guaranteed by the rigid machine bed made of mineral casting and the thermo-symmetric travelling column. Various spindles, integrated NC tables and the partition wall for the working area turn the DMF series into flexible machining centers also for 5 axes machining.
        • DMF 260|7 / linear

        • Travelling Column Machines in two sizes

          In the range of travelling column machines the DMF 260 presents itself in two sizes: the DMF 260|7 with 700 mm in Y and Z and the DMF 260|11 with 1,100 mm in Y and 900 mm in the Z axis. Both sizes offer highest precision and flexibility and are suited for almost every machining task. The DMF series is equipped with ball screw drives in the standard version. An optional dynamic version comes with a linear drive in the X axis, offering 80 m/min rapid traverses.
        • DMF 260|11 / linear

        • Travelling Column Machines in two sizes

          The DMF 260|11 with 1,100 mm in Y and 900 mm in the Z-axis offers a considerably larger working area and a higher table load than the smaller DMF 260|7. Both machines offer highest precision and flexibility and are suited for almost every machining task.
        • DMF 360 / linear

        • Power and Precision

          The rigid machine bed and the thermo-symmetric travelling column form a solid basis for heavy roughing as well as for dynamic 5 axes machining. Various SK 50/ HSK 100 spindles with up to 413 Nm are optionally available.
        • DMF 600 linear

        • Dynamic travelling column machine with linear drive and 6 m X travel for workpieces of up to 10 t

          The new DMF 600 linear offers highest flexibility in the processing of workpieces of up to 10,000 kg: from heavy roughing with SK50 spindle and 413 Nm, 5-axis complete machining with mill -turn technology to economic manufacturing in two working areas.
      • Vertical Machining Centres

        • DMC 650 V

        • Vertical machining center with unique concept – better performance, higher flexibility

          The new DMC 650 V convinces with a unique machine concept and offers a considerably higher performance in the standard version already. The technical data have been improved in all areas. The cooling of drives and linear guideways ensures maximum precision.
        • DMC 850 V

        • Vertical machining center with unique concept – better performance, higher flexibility

          The new DMC 850 V convinces with a unique machine concept and offers a considerably higher performance in the standard version already. The cooling of the drives and guideways ensures maximum precision.
        • DMC 1150 V

        • Vertical machining center for powerful machining operation

          The new machine concept of the DMC 1150 V offers a considerably higher performance in the standard version already. A maximum of precision is realised by the cooling of drives and guideways as well as direct measuring systems
        • DMC 1450 V

        • Large working area with 700 mm Y axis for workpieces weighing up to 2,000 kg

          With the global première of the DMC 1450 V, DMG MORI will present a vertical machining centre on a new scale. Traverses of 1,450 × 700 × 550 mm and the large, rigid table with 1,700 × 750 mm workpiece clamping surface and 2,000 kg load capacity allow a comprehensive range of parts to be machined. Just like the other models in this range, the DMC 1450 V comes with a 14,000 rpm standard spindle rated at 121 Nm torque, rapid traverses of up to 36 m/min and a tool magazine with 20 pockets as standard. The DMC V can be enhanced with options such as an SK50 spindle rated at 303 Nm or a tool magazine with 120 pockets. The innovative machine concept and the cooled drives and guideways ensure the highest stability and guarantee maximum precision.
        • NVX 5060

        • High Rigidity for Reliable Performance

          The NVX 5000 Series uses slideways for all axes to improve its vibration damping performance and dynamic rigidity. This allows the machine to minimize vibration and achieve stable machining even in heavy-duty cutting. Many other features to maximize the machine’s performance, such as a large work envelope in a compact body, are incorporated into the NVX 5000 design.
        • NVX 5080

        • High Rigidity for Reliable Performance

          The NVX 5000 Series uses slideways for all axes to improve its vibration damping performance and dynamic rigidity. This allows the machine to minimize vibration and achieve stable machining even in heavy-duty cutting. Many other features to maximize the machine’s performance, such as a large work envelope in a compact body, are incorporated into the NVX 5000 design.
        • NVX 5100

        • High Rigidity for Reliable Performance

          The NVX 5000 Series uses slideways for all axes to improve its vibration damping performance and dynamic rigidity. This allows the machine to minimize vibration and achieve stable machining even in heavy-duty cutting. Many other features to maximize the machine’s performance, such as a large work envelope in a compact body, are incorporated into the NVX 5000 design.
        • NVX 7000

        • NVX 7000/40 Vertical-Machining-Centre

          The NVX 7000 has improved its rigidity by employing guideways 2.4 times wider than the conventional machine, and offers superior damping performance with the use of slideways in all axes.
          The NVX 7000 also achieves an 18% larger work envelope than the conventional model while reducing the floor space by 15%. Additionally, it has three spindle variations to meet a wide range of machining needs from highspeed machining to heavy-duty cutting.
          The NVX 7000, an ideal solution for various industries such as automobiles, industrial machines, aircraft and dies and molds, contributes to greater profits for our customers.
        • NV 4000 DCG

        • Presenting the ideal vertical machining center.

          High speed and high-qualityーin order to combine these conflicting factors, DMG MORI took a fresh look at the structure of machine tools. The NV4000 DCG, a high-precision vertical machining center, achieves both high speed and high quality thanks to the innovative technology.
        • NVD 4000 DCG

        • High precision vertical machining center for the die and mold industry

          The DCG design minimizes vibration. This technology was built specifically for high-precision machining.
        • NVD 5000 α1A

        • The standard for die and mold machining that brings you rapid delivery and high quality.

          Amid increased global competition in the die and mold machining field, both rapid delivery and high quality are essential to make sure orders keep coming in. The NVD5000 α1 clears both these hurdles because it is specifically designed to handle dies and molds for manufacturers whose goal is delivering high added value.
        • NVD 6000 DCG

        • The winning choice in the die and mold market.

          Global competition in the die and mold market is getting fiercer than ever. In order to create dies and molds with greater value for our customers, DMG MORI has developed the next-generation die and mold machine tool. The machine uses DMG MORI’s unique technology – DCG (Driven at the Center of Gravity). This original technology, which minimizes tool tip vibration, creates high-quality
        • MAX 3000 Stealth Design

        • Highly Reliable, Super-High-Speed/High-Precision No. 30 Taper Machining Center that Revolutionizes Production Site

          The MAX3000 is a No. 30 taper machine with agility and high rigidity. The machine achieves energy savings and brings a dramatic transformation to production sites. With its robust construction it achieves machining performance on a par with a No. 40 taper machine while taking maximum advantage of shorter lead times and other benefits of high speed and high acceleration. Because it is even more compact than conventional machines, and because it can be easily applied to expanded systems with linked specifications or other options besides using it in a stand-alone configuration, it is extremely effective for mass
      • Horizontal Machining Centres

        • NHX 4000 2nd Generation

        • High-precision Beyond Imagination

          The NHX 4000 2nd Generation are general-purpose horizontal machining centers enabling high-efficiency, continuous machining and mass production machining in various areas such as the automotive and other mechanical fields. Both models are equipped with our latest spindle, the speedMASTER, ensuring high-speed and stable high-precision machining with the thick, high-rigidity bed. The X- and Z-axis guideways are positioned to maximize the rigidity of the bed, column and spindle. The entire structure is optimized for increased performance in static and dynamic rigidity. As a result, the models achieve the highest level of speed and accuracy demanded of a horizontal machining center. The distance between the spindle end face and the center of the pallet is short, so machining can be done using short tools even near the center of the pallet. This enables the models to deliver stable performance in various types of machining.
        • NHX 5000 2nd Generation

        • High-precision Beyond Imagination

          The NHX 5000 2nd Generation are general-purpose horizontal machining centers enabling high-efficiency, continuous machining and mass production machining in various areas such as the automotive and other mechanical fields. Both models are equipped with our latest spindle, the speedMASTER, ensuring high-speed and stable high-precision machining with the thick, high-rigidity bed. The X- and Z-axis guideways are positioned to maximize the rigidity of the bed, column and spindle. The entire structure is optimized for increased performance in static and dynamic rigidity. As a result, the models achieve the highest level of speed and accuracy demanded of a horizontal machining center. The distance between the spindle end face and the center of the pallet is short, so machining can be done using short tools even near the center of the pallet. This enables the models to deliver stable performance in various types of machining.
        • NHX 6300

        • The Best Horizontal Machining Center NHX 6300 Coming with the New DMG MORI Design

          The NHX 6300, which features unparalleled rigidity and durability, has further evolved by incorporating CELOS, a touch screen user interface with process-oriented applications. The new, ergonomically designed machine cover offers greater user-friendliness. The new NHX 6300 meet each and every customer’s machining requirements with its high accuracy, high quality and high reliability.
        • NHX 8000

        • Horizontal machining center offering outstanding performance in high-speed heavy-duty cutting of large workpieces

          The heavy-duty cutting ability is improved by 40% and a maximum workpiece size is φ 1,450 mm × 1,450 mm (φA 57.0 in. × 57.0 in.). The NHX 8000, which features unparalleled rigidity and durability, has further evolved by incorporating CELOS, a touch screen user interface with process-oriented applications. The new, ergonomically designed machine cover offers greater user-friendliness. The NHX 8000 with the enhanced heavy-duty cutting ability and a large work envelop is the most suitable for machining large workpieces and diffi cult-to-cut material in the construction machinery, aircraft, ship, and energy industries.
        • NHX 10000

        • Horizontal machining center that boasts outstanding accuracy, operability and accessibility offers high-speed heavy-duty cutting of large workpieces

          The NHX10000 features two of DMG MORI’s original technologies, DCG (Driven at the Center of Gravity) and DDM (Direct Drive Motor), as well as the Box-in-Box Construction for excellent balance, achieving high-speed, high-precision machining with large workpieces made of diffi cult-to-cut materials like titanium and inconel, which are in great demand in the aircraft and construction machinery industries. The NHX10000 is the ultimate large horizontal machining center that comprehensively pursued operability by adopting steps to improve accessibility inside and outside the machine and a sliding swivel operation panel.
        • NH 4000 DCG

        • Presenting the ideal machining center.

          The NH4000 DCG is a high-precision horizontal machining center equipped with a 400 mm (15.7 in.) square pallet. It employs the DCG (Driven at the Center of Gravity) technology for vibration control and the Box-in-Box construction for excellent balance, and can achieve backlash-free rotary drive by using the optional direct drive motor. It is a high-performance machine incorporating all the features demanded of a horizontal machining center, including high speed, high precision, chip disposal and ease of maintenance, while achieving both a space saving design and a large work envelope
        • NH 5000 DCG

        • Its speed, the best in the world.

          The NH5000 DCG, a high-precision horizontal machining center in the NH Series, is equipped with a 500 mm (19.7 in.) square pallet and employs DMG MORI’s original technologies of DCG (Driven at the Center of Gravity) as standard and DDM (Direct Drive Motor) as an option. We have prepared No. 40 and No. 50 taper spindles for the model. A machine with a No. 40 taper spindle offers both space saving design and a large work envelope, while a machine with a No. 50 taper spindle focuses on high cutting ability. The two varieties of spindles will solve a wide range of production problems with parts machining, and realize unprecedented high productivity.
        • NH 6300 DCG II

        • Horizontal machining center answering a wide range of requirements from heavy-duty cutting to high-speed cutting

          Equipped with 630-mm-square pallets, the NH6300 DCG Ⅱ offers a generous work envelope of φ 1,050 mm × 1,300 mm while achieving space savings. The rate of acceleration on all axes has been increased by 30% or more, substantially shortening machining times and further increasing productivity. This is a high-speed, high-precision horizontal machining center perfect for machining medium and large sized workpieces and difficult-to-cut materials, for example in the automobile, construction machinery and aircraft fields.
        • DMC 80 H duoBLOCK®

        • Highest productivity due to pallet changer and gear spindle with up to 1,424 Nm.

          How versatile the proven duoBLOCK® concept from DMG MORI is, shows the most recent use in the newly developed horizontal machining centers. The DMC 80 H duoBLOCK® in 4th generation provides both high-performance heavy-duty cutting as well as highly productive serial production capabilities. The new cooling concept improves the accuracy by 30%. The headstock, including housing and motor spindle is part of these cooling measures as well as the motor in the NC rotary table, the Y and Z-axis motor and the feed axes as well as the linear guides in X, Y and Z.
        • DMC 100 H duoBLOCK®

        • Highest productivity due to pallet changer and gear spindle with up to 1600 Nm.

          How versatile the proven duoBLOCK® concept from DMG MORI is, shows the most recent use in the newly developed horizontal machining centres. The DMC 100 H duoBLOCK® in 4th generation provides both high-performance heavy-duty cutting as well as highly productive serial production capabilities. The new cooling concept improves the accuracy by 30%. The headstock, including housing and motor spindle is part of these cooling measures as well as the motor in the NC rotary table, the Y and Z-axis motor and the feed axes as well as the linear guides in X, Y and Z.
        • DMC 125 H duoBLOCK®

        • Highest productivity due to pallet changer and gear spindle with up to 1600 Nm.

          How versatile the proven duoBLOCK® concept from DMG MORI is, shows the most recent use in the newly developed horizontal machining centers. The DMC 125H duoBLOCK® in 4th generation provides both high-performance heavy-duty cutting as well as highly productive serial production capabilities. The new cooling concept improves the accuracy by 30%. The headstock, including housing and motor spindle is part of these cooling measures as well as the motor in the NC rotary table, the Y and Z-axis motor and the feed axes as well as the linear guides in X, Y and Z.
        • DMC 160 H duoBLOCK®

        • Maximum work area with a minimal footprint

          Large travel from 560 × 600 × 600 mm up to 1,600 × 1,100 × 1,400 mm, high pallet load tolerance of 3,000 kg with the new space saving pallet changer concept and chip removal to the rear are just a few of the factors that contribute to efficient production. Optimal accessibility to the setup area and workspace, a variety of spindle options and other process optimising options round out this concept.
        • DMC 60 H linear

        • Horizontal machining centres with linear drives for serial production with up to 5-axes

          The new high speed centres are the fastest and most accurate horizontal milling centres in the market. The DMC 60 H linear machines are ideal for high-volume serial production due to their linear drives with 100 m/min rapid traverse, maximum positioning and repeat accuracy, 2.5-second chip-to-chip time, and their innovative tool management.
        • DMC 80 H linear

        • Linear motors in all axes: 25 % more productivity and precision

          The new high speed centres are the fastest and most accurate horizontal milling centres in the market. The DMC 80 H linear machines are ideal for high-volume serial production due to their linear drives with up to 100 m/min rapid traverse, maximum positioning and repeat accuracy, 3.1-second chip-to-chip time, and their innovative tool management.
        • i 50

        • Optimum for Mass Production Machining of Cylinder Head and Cylinder Block

          In the automotive parts industry, where 10,000 to 50,000 parts are mass produced every month, automated production systems are essential to accommodate production volume that varies depending on the car model. DMG MORI’s i 50 is the ideal machine tool that encompasses all the elements required of line production machines: “compactness,” “reliability” and “maintainability". Designed with structures optimized for cylinder head and cylinder block machining, the i 50 delivers high-speed, high-precision machining, contributing to the development of a safe automobile society.
        • i80L

        • Perfection for engine components in the automotive sector

          With the i80L, DMG MORI presents an ultra-compact horizontal machining centre for highly productive large series production of engine components in the automotive sector. The high level of compactness was achieved, among others, by the arrangement of the tool magazine in the upper portion of the machine.

          In the base configuration of the machine the option of pallet change has been omitted in order to be uncompromisingly open for customer-individualised linking solutions, for instance by means of portal loader or transfer systems. In addition the i80L has been designed so that it can be configured with other machines and machining centres to form a highly automated production line, for instance for cylinder heads or engine blocks.
      • Universal Machining Centres for 5-sided / 5-axis machining with a pallet changer

        • DMC 65 monoBLOCK®

        • Pallet changer for three pallets on less than 4 m2

          The DMC 65 monoBLOCK® is a monoBLOCK® machine with an automatic pallet changer for greater productivity and flexibility in production. The DMC 65 monoBLOCK® is designed for use with three pallets with 500 kg loads each and measuring 500 × 500 mm. The maximum workpiece diameter for this model is 630 mm and the maximum component height is 500 mm. DMG MORI has made optimum use of the machine’s open-space work area to house the pallet changer, which ensures that both the work area and setup station can be accessed with an ease that makes this model unique in its class. Amongst other advantages, this also means that the machine can still be loaded from above with a crane. The DMC 65 monoBLOCK®’s small 16,5 m² footprint also makes it still very compact. The DMC 65 monoBLOCK® comes complete with a swivel rotary table and chip conveyor.
        • DMC 85 monoBLOCK®

        • 5-axis simultaneous machining and a pallet changer with 3 pallets for a max. load tolerance of 800 kg

          The DMC 85 monoBLOCK® is a monoBLOCK® machine with an automatic pallet changer for greater productivity and flexibility in production. The DMC 85 monoBLOCK® is designed for use with three pallets with 800 kg loads each and measuring 630 × 630 mm. The maximum workpiece diameter for this model is 800 mm and the maximum component height is 600 mm. DMG MORI has made optimum use of the machine’s open-space work area to house the pallet changer, which ensures that both the work area and setup station can be accessed with an ease that makes this model unique in its class. Amongst other advantages, this also means that the machine can still be loaded from above with a crane. The DMC 85 monoBLOCK®’s small 22 m² footprint also makes it still very compact. The DMC 85 monoBLOCK® comes complete with a swivel rotary table and chip conveyor.
        • DMC 65 FD monoBLOCK®

        • Milling-turning version for the DMC 65 monoBLOCK®

          The DMC 65 FD monoBLOCK® wins with FD capability a plus in versatility for the original machine, while at the same time retaining all its outstanding characteristics. The automatic pallet changer is the most important feature of the DMC series. There are a total of three integrated pallets that each have a loading capacity of 500 kg and can accommodate workpieces measuring 630 mm in diameter and 500 mm in height. Good accessibility to the work area, setup area and tool loading station ensures ideal ergonomics for the operator. This is made easier by the possibility of crane loading to the work and setup areas offered in the standard version. Another convincing feature of this FD version is its extremely small footprint of just 16.5 m² that includes the machining centre and the pallet changer.
        • DMC 85 FD monoBLOCK®

        • Milling-turning version for the DMC 85 monoBLOCK®

          The DMC 85 FD monoBLOCK® wins with FD capability a plus in versatility for the original machine, while at the same time retaining all its outstanding characteristics. The automatic pallet changer is the most important feature of the DMC series. There are a total of three integrated pallets that each have a loading capacity of 800 kg and can accommodate workpieces measuring 800 mm in diameter and 590 mm in height. Good accessibility to the work area, setup area and tool loading station ensures ideal ergonomics for the operator. This is made easier by the possibility of crane loading to the work and setup areas offered in the standard version. Another convincing feature of this FD version is its extremely small footprint of just 22 m² that includes the machining centre and the pallet changer.
        • DMC 60 U duoBLOCK®

        • The 200% 5-axis machining center

          The 5-axis machining center for manufacturing, set new benchmarks for highly productive 5-axis machining with short chip-to-chip times and superb precision. The duoBLOCK® design makes the combination of productivity with 5-axis universal machining possible, due to a fast chain magazine and a rotary pallet changer, as well as a highly productive NC rotary table and the optional NC-controlled swivel milling head as a B-axis. Large, easy access to work areas of 600 x 700 x 600 mm combined with small footprints are additional highlights of this design. Apart from the fast, standard-equipped pallet changer with two pallets, the optional RS4, RS5 or RS10 rotary pallet changers are also available.
        • DMC 80 U duoBLOCK®

        • The new benchmark in five-axis machining.

          With 30% more precision, performance and efficiency, the five-axis machines in the highly stable duoBLOCK® design allow for the highest machining performance and maximum precision with high dynamics. From hard-to-cut materials such as those found in the aerospace sector, to the highest requirements on surface quality such as in tool and mould making, the 4th generation duoBLOCK® provides the best machining conditions.
        • DMC 100 U duoBLOCK®

        • The new benchmark in five-axis machining.

          With 30% more precision, performance and efficiency, the five-axis machines in the highly stable duoBLOCK® design allow for the highest machining performance and maximum precision with high dynamics. From hard-to-cut materials such as those found in the aerospace sector, to the highest requirements on surface quality such as in tool and mould making, the 4th generation duoBLOCK® provides the best machining conditions.
        • DMC 125 U duoBLOCK®

        • The new benchmark in five-axis machining.

          With 30% more precision, performance and efficiency, the five-axis machines in the highly stable duoBLOCK® design allow for the highest machining performance and maximum precision with high dynamics. From hard-to-cut materials such as those found in the aerospace sector, to the highest requirements on surface quality such as in tool and mould making, the 4th generation duoBLOCK® provides the best machining conditions.
        • DMC 160 U duoBLOCK®

        • 5-axis machining center for productivity wherever you need it

          The 5-axis machining center for manufacturing, set new benchmarks for highly productive 5-axis machining with short chip-to-chip times and superb precision. The duoBLOCK® design makes the combination of productivity with 5-axis universal machining possible, due to a fast chain magazine and a rotary pallet changer, as well as a highly productive NC rotary table and the optional NC-controlled swivel milling head as a B-axis.
        • DMC 210 U

        • Mega-Milling Centres with up to 100% increased axis dynamics

          The large-scale DMC U/FD machines with the gantry design are demanded wherever heavy, bulky and complex workpieces need to be manufactured in series. They are suitable, for example, for applications in the wind energy sector, where efficient manufacturing of such workpieces is a daily necessity.
        • DMC 270 U

        • Large parts manufactured with a high level of flexibility and maximum productivity

          The 5-axis machines in the highly stable gantry design assure maximum precision with the highest dynamics. In addition to drilling and milling operations, turning operations can also be executed with the FD technology. Large traverse paths of up to 2.70 m and table loads of up to 9 t provide the foundation. The pallet changer makes setup parallel to production time possible. The optimal access to the work area, diverse spindle versions and other process-optimised options round of this design.
        • DMC 340 U

        • Giga Milling Centre featuring 16m³ of working space

          A never ending success story: worldwide and across all industries, the DMU 200 P and the DMC 200 machine workpieces of up to 5t completely and in a single set-up. The portal concept is now transferred to the new Giga Milling Centre DMC 340 U. The result: a new definition of 5-axis large machining: axis travels of 2,800 mm in X, 3,400 mm in Y, and 1,600 mm in Z, machining of workpieces of up to 16t, rapid traverses of 60 m/min and a tool magazine for 60, 120,180 or 240 tools, with weights up to 30kg. The bed of the completely solid DMC 340 U requires no substructure, due to its 3-point support. The machines can be assembled from the 4 main modules, and are fully installed in a short period of time. The machine sets new standards with regard to productivity and precision for the complete machining of workpieces with weights up to 16t.
        • DMC 60 FD duoBLOCK®

        • Complete Machining

          The DMC FD machines combine milling and turning technology in a single machine. They are designed on the basis of a 5-axis milling machine, which has been expanded by a very powerful milling / turning table with DirectDrive technology and speeds up to 1,200 rpm. With a torque of up to 6,200 Nm, the table is suitable for a wide variety of milling and turning applications for large and bulky workpieces.
        • DMC 80 FD duoBLOCK®

        • The fourth generation of duoBLOCK®: 30% more precision, performance and efficiency. Unique!

          With 14 years of experience DMG MORI has been driving the development of efficient complete machining technology with its successful duoBLOCK® Mill-Turn universal machining centres. The “Best in Class“ FD-table with rpms of up to 800 rpm and 2,050 Nm offers high machining performance. Moreover, the high number of models available with pallet changers has decisively contributed to the degree of automation. The fourth generation DMC 80 FD duoBLOCK® follows this trend. The newly developed B-axis milling head offers a swivel range of 250°/-70° and the bigger axis bearing ensures 20 % increased rigidity of the milling head housing. The overall rigidity of the machine has also been increased by 30 %, while featuring a smaller footprint. The new innovative wheel magazine is the most compact available. The machine width could be reduced by 41 % as compared to the previous model. The wheel magazine ensures tools are available within 5.6 seconds and offers space for up to 363 tools.
        • DMC 125 FD duoBLOCK® 4th Generation

        • The fourth generation of duoBLOCK®: 30% more precision, performance and efficiency. Unique!

          With 14 years of experience DMG MORI has been driving the development of efficient complete machining technology with its successful duoBLOCK® Mill-Turn universal machining centres. The “Best in Class“ FD-table with rpms of up to 800 rpm and 2,050 Nm offers high machining performance. Moreover, the high number of models available with pallet changers has decisively contributed to the degree of automation. The fourth generation DMC 125 FD duoBLOCK® follows this trend. The newly developed B-axis milling head offers a swivel range of 250°/-70° and the bigger axis bearing ensures 20 % increased rigidity of the milling head housing. The overall rigidity of the machine has also been increased by 30 %, while featuring a smaller footprint. The new innovative wheel magazine is the most compact available. The machine width could be reduced by 41 % as compared to the previous model. The wheel magazine ensures tools are available within 5.6 seconds and offers space for up to 243 tools.
        • DMC 160 FD duoBLOCK®

        • Milling and Turning – capital T on a single machine

          The DMC FD machines combine milling and turning technology in a single machine. They are designed on the basis of a 5-axis milling machine, which has been expanded by a very powerful milling / turning table with DirectDrive technology and speeds up to 1,200 rpm. With a torque of up to 6,200 Nm, the table is suitable for a wide variety of milling and turning applications for large and bulky workpieces.
        • DMC 210 FD

        • Milling and turning in one set up with the DirectDrive table and rotational speeds up to 250 rpm

          • Electronic balancing sensor with Siemens 840D powerline and MillPlus IT
          • 2 possibilities of the 5-axes simultaneous processing: NC-rotary table with controlled B-axis or A-axis
          • Thermo-symmetrical construction, as well as 3-point support for quick installation
          • Gantry design with vertically traversable crossbeam with hydraulic weight compensation for high precision and dynamics
          • Feed and rapid traverse up to 60 m/min and machining of workpieces of up to 4 t
        • DMC 270 FD

        • Complete machining of large parts

          The 5-axis machines in the highly stable gantry design assure maximum precision with the highest dynamics. In addition to drilling and milling operations, turning operations can also be executed with the FD technology. Large traverse paths of up to 2.70 m and table loads of up to 6 t provide the foundation. The pallet changer makes setup parallel to production time possible. The optimal access to the work area, diverse spindle versions and other process-optimised options round of this design.
        • DMC 340 FD

        • Milling and turning in XXL

          In their milling functions, the DMC FD machines are similar to the DMC U-series. They master simultaneous 5-sided- and up to 5-axis machining due to a universal swivel-head, which is infinitely adjustable between horizontal and vertical positions and functions as an NC-controlled B-axis (optional: Aa-axis). The turning features of the DMC 340 FD pay off especially during complete machining (milling and turning in a single setup!) of heavy and bulky parts. This complete solution not only saves money and time but also achieves greater flexibility and more precise results.
        • NMH 6300 DCG

        • High Precision, Horizontal Machining Centre with 5 Axes

          This horizontal machining centre is with Box-in-Box construction and is based on the proven Mori Seiki DCG principle, where the axis drive is placed at the centre of gravity which serves to prevent vibrations.The high performance capabilities of the NMH 6300 DCG are supported by the DDMTM principle (Direct Drive Motor) provided in the form of three torque motors in the A and B axes.
        • NMH 10000 DCG

        • High Precision, Horizontal Machining Centre with 5 Axes

          This horizontal machining centre is with Box-in-Box construction and is based on the proven Mori Seiki DCG principle, where the axis drive is placed at the centre of gravity which serves to prevent vibrations.The high performance capabilities of the NMH 10000 DCG are supported by the DDMTM principle (Direct Drive Motor) provided in the form of three torque motors in the A and B axes.
      • High-Speed Precision Cutting Centres

        • HSC 20 linear

        • The 2. Generation - more compact, more powerful, process reliable

          Completely revised, the new HSC 20 linear of the 2nd Generation convinces with a new functional design and a reduced footprint of 3.5 m² with in parallel improved rigidity and dynamics. The versatile technical optimisations lead to higher spindle rpm of now up to 60,000 rpm for HSC applications, an optional mill-turn-table with max. 1,500 rpm for economical ULTRASONIC cylindrical grinding operations in Advanced Materials, in up to 50 % increased drive motors (A-axis), an increased table load of 15 kg and in the use of bigger tool diameters of now up to 50 mm. With an max. acceleration of > 2g the HSC 20 linear still is the most dynamic 5-axis precision machine of DMG MORI.
        • HSC 30 linear

        • More precision and better surface quality for the die and mold industry

          The thermo symmetric machine bed in gantry design forms the basis for highest long-term accuracy. This will be further amplified by the innovative cooling concept. A new HSC spindle with 40,000 rpm and shaft, flange and jacket cooling ensure thermal stable process conditions and an up 70 % lower axial tool expansion.
        • HSC 55 linear

        • The new definition of High Speed Cutting with accelerations of > 2g

          • The HSC 55 linear sets new standards for high speed cutting applications of graphite electrodes up to hard machining. Like no other machine in this field the HSC 55 linear meets all requirements for the HSC processing and is also best suited for chip-intensive roughing.
          • In the standard version the HSC 55 linear has a HSC spindle with 28,000 rpm and HSK-A63 and thus offers high stability during machining, longer tool lifetime, lower tool costs and better surfaces at the workpiece. Motor spindles with 18,000 rpm and 42,000 rpm are optionally available. Linear drives in all axes ensure accelerations of more than 2 g, rapid traverses of 80 m/min and highest precision.
          • The fixed table as well as the optional swivel rotary table with rotary speeds of 110 rpm are being driven double-sides in Y.
        • HSC 70 linear

        • More precision and better surface quality for the die and mold industry

          The thermo symmetric machine bed in bridge type design forms the basis for highest long-term accuracy. This will be further amplified by the innovative cooling concept. New HSC spindles with shaft, flange and jacket cooling ensure thermal stable process conditions and an up 70 % lower axial tool expansion.
        • HSC 75 linear

        • The High Speed precision center for highest demands in the tool and die industry

          With high dynamic linear drives in all axes the HSC 75 linear achieves accelerations of up to 2 g and rapid traverses of up to 90 m/min, which is reflected in a productivity increase of up to 20 percent. The highly stable and thermo symmetrical bridge type design and the direct measuring systems provide ultimate precision. Simultaneous 5-axis operation (optional) is another innovation, which is realized by a swiveling axis in the spindle head and an NC-rotary table.
        • HSC 105 linear

        • HSC Machining with linear drives in all axes

          With high- dynamic linear drives in all axes the HSC 105 linear reaches accelerations of up to 2g and rapid traverses of up to 90 m/min, which allows an increase in productivity of up to 20%.
          The highly stable and thermo symmetrical bridge type design and the direct measuring systems provide ultimate precision. Simultaneous 5 axis machining is another innovation, realized by a swiveling axis in the spindle head and an NC- table.
      • ULTRASONIC / LASERTEC

        • Ultrasonic

          • ULTRASONIC 10

          • With only 2 m2 / 21.5 ft.2 footprint the most compact 5-axis CNC-milling center of DMG

            The ULTRASONIC 10, with a highly compact footprint of only 2 m2 / 21.5 ft.2, opens unique possibilities in areas like the dental industry. From the small laboratory to large milling centers, unique possibilities for the industrial production of dental indications of all types of materials exist. DMG / SAUER meets the demands for maximum utilization of production surfaces with the most compact 5-axis CNC-milling center. You will also find beneficial applications for the ULTRASONIC 10 in many other industries, including mold construction, precision mechanics and the jewellery industry.
          • ULTRASONIC 50

          • Entry-level CNC universal milling with up to five axes

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced.
          • ULTRASONIC 70

          • 5 Axis Milling Machine for the economic machining

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced.
          • ULTRASONIC 20 linear

          • Multitalent in various disciplines - more compact, more powerful, process reliable

            Completely revised, the new ULTRASONIC 20 linear of the 2nd Generation convinces with a new functional design and a reduced footprint of 3,5 m² with in parallel improved rigidity and dynamics. The versatile technical optimisations lead to higher spindle rpm now up to 60.000 min−1 for HSC applications, an optional mill-turn-table with max. 1.500 min−1 for economical ULTRASONIC cylindrical grinding operations in Advanced Materials, in up to 50 % increased drive motors (A-axis), a higher table load of 15 kg and in the use of bigger tool diameters of now up to 50 mm. The new ULTRASONIC 20 linear is also equipped now with the powerful and innovative CELOS from DMG MORI and a new developed ULTRASONIC App for an intuitive ULTRASONIC machining.
          • ULTRASONIC 30 linear

          • High-precision machine with comprehensive temperature management

            With its high precision, long-term stable gantry construction with holistic temperature control of all precision-related machine components, the ULTRASONIC 30 linear offers new options for 5-axis precision machining of advanced materials. The application focus is on dimensional accuracy, contour precision and surface quality of Ra < 0.1 µm for ULTRASONIC grinding of complex geometries in high performance materials for the optical / watch / medical industries as well as precision mould construction. The highly dynamic, actively cooled linear drives in X, Y, Z with up to > 1.2 g acceleration and 50 m/min. rapid traverse, 40,000 rpm as standard as well as the optimal swivel range of ±120° in the B-axis underpin the outstanding performance of this innovation.
          • ULTRASONIC 55 linear

          • Newly defined High Speed Cutting with accelerations of > 2g

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced.
          • ULTRASONIC 60 eVo linear

          • High-end 5-axes simultaneous machining

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced.
          • ULTRASONIC 80 eVo linear

          • The new eVo generation with a revolutionary machine design

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced.
          • ULTRASONIC 65 monoBLOCK®

          • 5-axis milling with a redefined swivel rotary table

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced.
          • ULTRASONIC 85 monoBLOCK®

          • The new benchmark in every industry

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced
          • ULTRASONIC 60 duoBLOCK®

          • 5-axis machining - 20% faster, the smallest duoBLOCK® machine of the new generation

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced.
          • ULTRASONIC 80 duoBLOCK®

          • 20% faster, the smallest duoBLOCK® machine of the new generation

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced.
          • ULTRASONIC 100 duoBLOCK®

          • The space miracle in the 1,000 class with patented duoBLOCK®

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced.
          • ULTRASONIC 125 duoBLOCK®

          • Universal milling machine for 5-axis machining

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced.
          • ULTRASONIC 160 duoBLOCK®

          • duoBLOCK® for highest precision

            On the basis of the ULTRASONIC HSK-actor system, the ultrasonic high frequency is transferred via induction from the spindle to the tool holder. Oscillating motion in the Z axis is generated on the rotating tool and the active process energy is significantly reduced.
          • ULTRASONIC 260 Composite

          • Highly efficient COMPOSITE-machining with doubled feed rates and up to 40% reduced process forces due to ULTRASONIC

            Traditional production methods for the machining of fibre-reinforced raw materials hit their technical limits because of the high tool wear, often insufficient workpiece qualities and low realized feed rates. Especially here, DMG MORI tackles with its innovative ULTRASONIC-technology. Disadvantages can now be over-compensated by using a new, hybrid manufacturing technique – the ultrasonic-assisted milling.
        • Lasertec

          • LASERTEC 40 Shape

          • CNC-Laser-machine for the production of 3D-shapes

            With the CNC-laser-machine LASERTEC 40 Shape series most fine shapes and cavities, 3D-laser engravings, as well as complex parts with steep walls are produced with highest quality and a maximum of process security. The machining is based on the 3D-CAD files, so that tool costs, or respectively electrode production as well as tool wear are omitted.
          • LASERTEC 45 Shape

          • High-precision 3D laser removal and texturing – a new dimension.

            5-axis laser precision machining up to ø 300 mm in a footprint of under 4m² (Machine only without any accessories).
          • LASERTEC 50 Shape

          • 5-axis laser structuring of surfaces

            Because of the integrated linear drives in the X and Y axis with more than 1 g acceleration, the LASERTEC 50 Shape is a highly dynamic laser precision machine. The water-cooled torque drives in the 4th and 5th axis enable most superior 5-sided machining by 5-axis laser structuring of surfaces of large molding tools as well as bottle- / blow molds or cutting rolls.
          • LASERTEC 65 Shape

          • Design beneficial for surface texturing by mould making

            The new LASERTEC 65 Shape allows, for the first time, highly compact 5-axis milling and laser texturing of 3D plastic injection moulding tools on one machine and in one setup. After the milling of the mould, a geometrically defined surface structure is applied to the mould by means of a fibre laser. A final erosion or etching is eliminated.
          • LASERTEC 80 Shape

          • 5-axis laser structuring of surfaces

            Because of the integrated linear drives in the X and Y axis with more than 1 g acceleration, the LASERTEC 80 Shape is a highly dynamic laser precision machine. The water-cooled torque drives in the 4th and 5th axis enable most superior 5-sided machining by 5-axis laser structuring of surfaces of large molding tools as well as bottle- / blow molds or cutting rolls.
          • LASERTEC 210 Shape

          • 5-axis milling and XXL laser texturing

            The LASERTEC 210 Shape offers a universal complete solution for the 5-axis milling / laser complete machining of injection mould forms up to 2 m in work piece size. Via HSK-A63 or HSK-A100 interface, the laser head can be flexibly integrated into the milling spindle within 5 minutes.
          • LASERTEC 20 PrecisionTool

          • 5-axis laser-complete-machining of cutting edges and clearance angles

            The LASERTEC 20 PrecisionTool is a most compact and stable 5-axis precision machine with a pulsed fibre laser for the 5-axis laser-complete-machining of cutting edges and clearance angles in PCD / CVD tools. Thereby cutting edges with up to 3 μm cutting-edge-radius are realized with the laser without the necessity of further finishing.
          • LASERTEC 40 PrecisionTool

          • Chip-breakers in CBN / PCD, prototyping of complete chip-breaker-geometries in carbide

            Due to its specification with diode pumped vanadate-laser, the LASERTEC 40 PrecisionTool is predestined for the flexible laser production of chip-breakers in PCD / CBN and respectively it is optimal for prototyping of complete chip-breaker-geometries in tool inserts made from tungsten carbide.
          • LASERTEC 50 PrecisionTool

          • Highly dynamic laser-cutting of PCD / CBN cutting plates with up to 5 axes

            When the target is laser-cutting of PCD and CBN cutting plates in three as well as in five axes directly at the tool, the LASERTEC 50 PrecisionTool can demonstrate its strength. Linear drives in X and Y with acceleration of > 1 g as well as its water-cooled torque motors in the rotary axis make the LASERTEC 50 PrecisionTool a highly dynamic laser machine. With the laser, cutting speeds up to 10 times higher verses EDM can be reached with comparable cutting quality.
          • LASERTEC 20 FineCutting

          • Highly dynamic 5-axis laser fine cutting with linear technology

            With 3.5 m2 footprint and a maximum of acceleration over > 2 g in X / Y / Z the LASERTEC 20 FineCutting is predestined for the highly dynamic 5-axis laser fine cutting of sophisticated precision cutting pieces in the simultaneous 3-, up to 5-axes machining for the watch / blanking / medical industry.
          • LASERTEC 50 FineCutting

          • Highly dynamic laser precision machines with modular structure and optional automation solution via coil feed

            Because of the integrated linear drives in the X and Y axis with more than 1 g acceleration, the LASERTEC 50 FineCutting is a highly dynamic laser precision machine. The water-cooled torque drives in the 4th and 5th axis enable most superior 5-sided machining of large molding tools as well as bottle- / blow molds or cutting rolls.
          • LASERTEC 80 FineCutting

          • Highly dynamic laser precision machines with modular structure and optional automation solution via coil feed

            Because of the integrated linear drives in the X and Y axis with more than 1 g acceleration, the LASERTEC 80 FineCutting is a highly dynamic laser precision machine. The water-cooled torque drives in the 4th and 5th axis enable most superior 5-sided machining of large molding tools as well as bottle- / blow molds or cutting rolls.
          • LASERTEC 50 PowerDrill

          • 5-axis laser drilling of Aerospace turbine blades – compact on 4 m2

            With 4 m2 footprint the LASERTEC 50 PowerDrill is the most compact 5-axis precision machine of the LASERTEC PowerDrill series for 5-axis laser drilling of cooling holes in turbine components. Shortest ways between control and working chamber provide optimal operator comfort and accessibility.
          • LASERTEC 80 PowerDrill

          • 5-axis laser machining of cooling holes in turbine components for Aerospace and PowerGeneration

            The LASERTEC 80 PowerDrill for 5-axis laser machining of cooling holes impresses with highest dynamic – a maximum of 1.2g acceleration in the X and Y linear drives. Features like water-cooled torque motors in the swivel rotary table, the automatic breakthrough control and the in-focus-drilling allow shortest machining times while providing highest work piece quality.
          • LASERTEC 130 PowerDrill

          • 5-axis laser drilling of turbine blades / stroke vanes and combustors in XXL

            Due to the integrated tool changer the LASERTEC 130 PowerDrill is applicable for 5-axis laser drilling of various Aerospace and PowerGeneration components with measurements up to 1,300 mm. The particular software feature LASERSOFT SynchroDrill enables the machining while the workpiece is simultaneously rotating.
          • LASERTEC 65 3D

          • ALL IN 1: Laser Deposition Welding & Milling -additive Manufacturing in Milling quality

            DMG MORI integrates for the first time the additive manufacturing into a high-tech 5-axis milling machine. This innovative hybrid-solution combines the flexibility of the laser metal deposition process with the precision of the cutting process and therewith allows additive manufacturing in milling quality.

            The process uses the metal deposition by powder nozzle, which is up to 10-times faster than the generation in the powder bed.
        • Systems

          • Standard-Automation

            • WH 2

            • Compact handling for smaller workpieces

              WH 2 is perfectly suited for loading turning machines with chuck components and long pieces weighing up to 2 kg. The system is highly accessible, compact, and best for small series, working continuously with a 6-axis industrial robot from the workpiece storage. Robots and workpiece storage are completely integrated into the safety housing. The integrated workpiece storage holds stockpiling workpieces up to 20 kg per drawer.

              Plug-in connection for: CTV 160 / 250, MSL 42 / 60, SPRINT 42 linear, GMC series
            • WH 3

            • Universal with the highest storage capacity

              The WH 3 solution is extremely flexible, easily accessible, and universally deployable and is best suited for various turning machines and milling machines as well as other types of machines including spark erosion machines with workpieces up to 3 kg. An optional transport trolley assures the shortest changeover times for blanks and finished pieces.

              Plug-in connection for: CTX alpha / beta 300 / 500 / 800, CTX 310 / 410, CTV 160 / 250, MSL 42 / 60, SPRINT 42 linear, MILLTAP 700
            • WH 10 / WH 25

            • Top Performance for heavy weights

              The WH 10 and 25 workpiece handling solutions are best suited for loading turning and milling machines with pieces up to 10 and 25 kg, respectively. Equipped with an industrial robot and workpiece storage with two drawers, these standardised automation solutions are designed in familiar compact form with safety housing.

              WH 10 plug-in connection for: CTV 160 / 250, DMU 50 / 70, DMU 40 / 60 monoBLOCK®, DMU 40 / 60 / 80 eVo linear, DMC X50 V, DMC 55 / 70 H duoBLOCK®, DMC 60 / 80 U duoBLOCK®, HSC 55 / 75 / 105 linear

              WH 25 plug-in connection for: CTX alpha / beta 300 / 500 / 800, DMU 40 / 60 monoBLOCK®, DMC X50 V, DMC 55 / 70
            • WH 10 top

            • The most space-saving automation

              With its integrated workpiece storage up to 10 kg, this solution is best suited for the DMG MORI turning machine series. Machine loading from above saves valuable footprint area. During setup procedures, very good accessibility of the machine workspace is always guaranteed by the optimal placement of the industrial robots.

              Standardised for the following machines: CTX alpha / beta 300 / 500 / 800 / 1250, CTX 310 / 410
            • WH top linear

            • Shortest workpiece exchange

              Gantry robots are one of the most efficient systems for automation of machine tools. The modular workpiece storage allows a scalable adaption for the planned production quantities. Advantages including the accessibilty of the workpiece storage during the machine process and the integration of the control into the machine tool.
            • PH 2|4

            • ULTRASONIC 10 with 4× pallet handling PH 2|4

              The integrated PH 2 | 4 4× pallet handling provides cost-efficient access to automated production. Through special gripper handling on the spindle, unmanned production is possible without additional space requirements.
            • PH 2|120

            • ULTRASONIC 10 with linear magazine PH 2|120

              With the new linear magazine PH 2|120 SAUER presents a high-end solution for the automated production in a multi shift plant and, according to configuration, offers the possibility of a durable equipment with diverse pallet systems and storage for completed work pieces.
            • PH 3I100

            • Pallet handling PH 3|100 - Productivity with pallets up to 3 kg

              The PH 3|100 complete pallet handling system was developed for the placement of small pieces of up to 3 kg for machine types HSC 20 linear and ULTRASONIC 20 linear. The unmatched pallet placement speed from the 100 pockets makes this solution best suited for medical technology, such as the manufacturing of dental implants.

              For the following machines: ULTRASONIC 20 linear, HSC 20 linear
            • PH 10|100

            • HSC / ULTRASONIC 20 linear with a linear magazine PH 10|100 – flexible for all clamping systems

              With the integration of the PH 10|100 automation solution, up to 99 work pieces can be exchanged from the top into the work area of the HSC / ULTRASONIC 20 linear. Thus, all clamping systems available on the market can be easily integrated. A pallet exchange lasts ≤ 30 seconds. The compact design assures optimum access to the work area and to the PH 10|100 .
            • PH 150 | 8

            • Pallet handling PH 150 | 8 - Fast changeover with 8 × 150 kg

              The PH 150 | 8 is an attractively priced entry into the low staffing required production of milled workpieces. It offers automated features such as 8 pallets and linear loading. Optimal manual pallet stacking is assured via the large side door or by crane. All tasks are controlled and prioritised via the user-friendly DMG Automation Job Manager. Access occurs via a user-friendly operator's panel.

              Standardised for the following machines: DMU 50 / 70, DMU 40 / 60 / 65 monoBLOCK®, DMU 80 monoBLOCK®, DMU 50 / 60 / 70 / 80 eVo, DMU 60 / 80 P duoBLOCK®, DMC x50 V series, HSC 55 / 75 / 105 linear
            • PH 200 I 12

            • Pallet handling PH 200 | 12 - For maximum loading capacity

              DMG Automation's PH 200 | 12 pallet handling system is a new impulse for greater productivity in the machining of large parts of up to 200 kg. Equipped with a reliable 3-axis linear system, these systems are ideally suited for machines in the HSC and DMU series. The system can be quickly and easily incorporated into the production nvironment and, by virtue of its modularity, can be extended at any time with wider racks and traveling axes. The DMG Automation Job Manager delivers maximum user-friendliness with a touchpad.

              Compatible with and immediately deployable for the following machines: HSC 55 / 75 / 105 linear, DMU 50 / 70, DMU 40 / 60 monoBLOCK®, DMU 80 monoBLOCK®, DMU 50 / 70 eVo, DMU 60 / 80 P duoBLOCK®
            • PH 50 I 20 und PH 200 I 20

            • Pallet handling PH 50 | 20 / PH 200 | 2 - Power and precision for up to 50 / 200 kg

              Best suited for the greatest productivity in mould making and tool making, the PH 50 | 20 and PH 200 | 20 offer space for 20 pallets with 50 and 200 kg load capacity, respectively. The high storage capacity provides autonomous service and can be flexibly expanded. Tasks are controlled through the DMG Automation Job Manager, accessed via a user-friendly operator's panel.

              For the following machines: DMU 50 / 70, DMU 40 / 60 / 65 monoBLOCK®, DMU 80 monoBLOCK®, DMU 40 / 60 / 80 eVo linear, DMU 60 / 80 P duoBLOCK®
            • CPP

            • Carrier Pallet Pool

              This pallet system is optimally suited to bring your production of small and medium batch sizes up to a raised productivity level. Thanks to the modular system of standardized, pre-defined components you can expand from one to eight machines and deploy up to 2 setup stations. This system is exceptionally stable and very robust.

              A rapid, straightforward manufacturing system control stems from a particularly operator-friendly and software-based system controller. Using this cell computer you benefit from a 3-level integral manufacturing control system and/or image all the components such as NC data management, job data recording, parts run-through documentation, the machine allocation plan, job control as well as tool and equipment organization.
            • TH 90 / 120 / 150

            • TH 90 / TH 120 / TH 150 - Store more tools without a large outlay

              This solution substantially increases the tool capacity of your machine using tool changers. Depending on your requirements, 90, 120 or even 150 additional tools may be stored. The TH 90 / 120 / 150 tool handling solutions equip the tool changer with a 6-axis industrial robot and arrange tool management via the machine control.

              For the following machines: CTX beta 1250 TC, other machine types upon request.
          • Flexible Manufacturing Cells

              • Flexible Manufacturing Cells

              • In this segment we plan the entire material flow for your workpiece. Collectively, we prepare the interlinking and automation of various machine tools. We, of course, incorporate straightaway the required additional jobs such as deburring, cleaning and fitting into the optimum workflow. What you then have is a manufacturing cell of a maximum productivity.

                All-in Machining of Geared Shafts

                Maximum productivity thanks to optimum material flow. This unit combines external turning, cogging and internal turning in a continuous material flow. Control comes in the form of a process central computer including component tracking. The two uncoupled lines enable different component variants to be manufactured at the same time.
          • Production lines

              • Production lines

              • The expert partner for your production systems.

                As a global provider of machine tools, DMG MORI has years of experience in technology and automation. In connection with our engineering skills and our strong supplier network, we are always able to develop the right solution for you. With our global presence we represent absolute certainty for your production.
          • System-Engineering

              • System-Engineering

              • Expertise for Your Workpiece

                With us to achieve the lowest costs per unit! Based on your output, unit costs and quality, we are here to plan, design and realise the right, highly efficient manufacturing system for you personally. As a machine constructor with unique expertise in system engineering, you can bank on us fully implementing your requirements and putting you ahead of competitors on the markets.

                Our specialists consider every constituent involved whether it be process and technology analysis, machine/tool concept through to material flow analysis, layout planning and simulation and optimum production monitoring for an optimum of productivity.
          • Presetters

            • Tool Pre-setting Devices

              • UNO

              • The best solution for your tools - manual or full automatic presetting.

                Tool presetting at a high level at an attractive price. The UNO works exceptionally accurately and offers perfect results for tool dimensions with a diameter of up to 400 mm and measuring lengths of up to 400 mm (optional: 700 mm). This is ensured by a thermo-stable construction, high quality measuring systems and a high-performance software.
              • VIO

              • Absolutely reliable and flexible.

                The VIO series is designed for measuring all tools. It is compatible with the machine tools of all manufacturers and covers the most individual requirements with its numerous options. This version with a manual operating concept ensures high quality components and the high power software Microvision VIO as standard.
              • VIO linear

              • The premium solution for highest precision and speed.

                Better than ±2 μm repeatability, up to 25 % faster measuring cycles and unique ergonomics are market leading features. This outstanding performance is made possible by the linear drives, which are used for the first time in tool presetting. The series also makes its mark in the field of image processing – and also for a high degree of customisation. The concept was awarded the prestigious "iF product design award".
              • VIO linear toolshrink

              • Measurement presetting and shrinking of tools.

                The VIO linear in the toolshrink configuration leads to time advantages compared to conventional equipment. The linear drives allow very fast and μ-accurate positioning of the axes and at the same time they protect the induction coil. In the same way, the now obsolete exchange of coil elements and automatic shrink release of tools with larger cutting diameter than shaft diameter ensures easiest handling in its sector. Intuitive operator guidance ensures quick operational integration and long-term advantages for the user.
            • Shrinking Devices

                • Power Clamp

                • High performance shrink fit device

                  As a fitting supplement to tool presetting we offer you high quality shrinking and balancing equipment. Both the Power Clamp and the VIO tool dynamic provide innovation, operating convenience and quality.
            • Balancing Devices

                • VIO tool dynamic

                • Spindle protection due to optimally balanced tools

                  The balancing device from the range of the DMG Microset product range provides outstanding performance. DMG Microset offers the suitable balancer for tool presetting. VIO tool dynamic stands for minimal balancing times with maximum precision. Whether tool data input or optical display of the imbalance is needed – the goal is quickly reached.
            • Measuring Devices

                • Equator

                • Perfect testing of your workpieces

                  This intelligent test equipment can be programmed individually and used for parts up to a maximum of X = 300 mm, Y = 300 mm, Z = 150 mm. Components from production can be tested immediately and directly by the operator under temperature-controlled conditions. With the Equator™ test system you can guarantee your customers 100 % testing including a test report!
            • CELOS

                    • CELOS®

                    • Highlights

                      • A holistic user interface for all DMG MORI machines
                      • Intuitive and easy machine operation
                      • Process production jobs faster, more effectively
                      • and free from errors
                      • Paper-free and digital production
                      • All machines within a manufacturing organisation
                      • can be networked
                      • Complete administration of multiple machines
                      • Improved process reliability and structured processes
                      • Detailed machine and order status display in real time
                      • Less service work and lower costs
                      • Compatible with existing software and control system infrastructures (ERP, PPS, MES, PDM and CAD / CAM)
                      • Can be expanded with new apps and future updates
                      • 50 % faster machine operation and
                      • 30 % less machine idle time
                      • 20 % longer machine running time and
                      • 30 % shorter machine set-up times
                • Software

                      • DMG MORI Process Chain

                      • From the idea to the finished work piece

                        The worldwide unparalleled solution: programming, simulation and production – all from one source. DMG and Siemens deliver all the software tools required within the process chain. The DMG MORI Process Chain results in the maximum profitability and the greatest process reliability from modelling of the idea in NX CAD, to programme creation in NX CAM, all the way to the 1 : 1 simulation of the finished NC programme in DMG MORI Virtual Machine! Get an insight into a key production technology of the future – DMG MORI Process Chain.
                      • DMG MORI Virtual Machine

                      • Efficiency, safety and velocity

                        DMG MORI Virtual Machine integrates geometry, kinematics and dynamics as well as all the functionalities of NC and PLC. The 3D machine models are not remodelled, rather they are based on the original CAD construction data of your DMG MORI machine.
                        Thanks to shop floor-oriented programming in DMG MORI Virtual Machine, you may already decide on your PC how to best realise the technical aspects of customer orders and whether you have the correct resources available – and that includes accurate cycle time calculation.
                        Avoiding collisions and simulating all machine functions not only assures a high level of safety during planning and production, but also offers completely new perspectives in training and continuing education.
                      • DMG MORI Programmer 3D Turning

                      • Secure Programming - Secured Production

                        With the DMG MORI Programmer 3D Turning you have a programming and simulation tool that allows you to programme quickly and efficiently while minimising programming error-related collisions and lost production speed on your DMG MORI machines.
                      • DMG MORI Programming / Training Software

                      • Advancement through Know-how

                        Open your students to new perspectives and the new scope of your production. With DMG MORI Programming / Training Software, we offer educational institutions and industrial companies in the areas of CNC turning, milling and new technologies, the most efficient solution with practice-oriented training and even more productivity.
                      • DMG MORI Messenger

                      • Real time status – Wherever you are

                        Keep a close eye on your production – with the DMG MORI Messenger for your smartphone. Stay informed at all times and in all places of what is happening on your machines. Whether the programme is running or there is an error – You will see it directly on your smartphone.
                        The machine data is transferred over a Web server and is then published via a Web application. Access all machine data on your smartphone, office computer or room monitor via this Web application.
                        Additionally, DMG MORI Messenger allows you to access the Web application via a room or desk monitor. This allows employees without smartphone Internet connections to access important machine information. This kind of monitoring guarantees less machine downtime and transparent production.
                      • DMG MORI Service Agent

                      • Warning in advance - Service on time

                        he DMG MORI Service Agent is an intelligent maintenance system for increased availability of your DMG MORI machines.
                        Through DMG MORI Service Agent, you will be informed of required regular maintenance work and supported in carrying it out. The actual machine operating time is automatically read by the PLC and logged. Supported by this data, you will be able to plan maintenance work and will be supported by computer-generated documentation that will help you carry out necessary maintenance work yourself.
                        An integrated assistant will help you quickly and easily order replacements for your worn parts via the DMG MORI 24 / 7 Service Hotline, Fax or E-Mail – You save time and increase your productivity!
                      • DMG MORI Netservice

                      • Green light for your machines

                        For over 10 years, DMG MORI Netservice has offered you immediate access to the service expertise of DMG MORI.
                        Should you need the support of DMG MORI with technical problems, you can quickly contact DMG MORI Service via a secure internet connection with the push of a button on your machine control. The DMG MORI service technician best qualified to address your issue can immediately conduct a detailed problem analysis and even fix many machine problems remotely.
                        This service comes standard in all machines produce since April 2010. However, if you would like to utilise this DMG MORI service in an older machine – we will gladly upgrade your existing machine with DMG MORI Netservice!
                      • Technology-Cycles Turning / Turning-Milling

                      • ShopTurn 3G User Interface

                        • Exklusive technology expertise
                        • Complex machining processes are easily entered directly on the machine
                        • Programming by machine operator, no complicated DIN programming
                        • Utilise the full potential of your turn-mill and turret machining centres
                      • Technology-Cycles Milling / Milling-Turning

                      • Quick and easy programming of complex machining

                        • Technology cycles with decades of technology know-how from DMG MORI – application development
                        • Complex machining is entered directly on the machine via a dialogue
                        • Machining functions are generated automatically
                        • Easy programme generation by the machine operator, no complicated DIN programming
                        • Utilise the full potential of your machines with absolute user-friendliness
                      • MORI-AP/L Series

                      • Automatic programming system for lathe

                        MORI SEIKI programming systems are application systems which let you create machining programs easily on your PC. Programming time can be dramatically reduced, thanks to the easy operation which just requires you to follow instructions on the screen enter information about product’s shape. Its functions, data and operability are fully compatible with the conversational programming system of the MAPPS II /III operating systems. The conversational programs can also be centrally managed. Using MORI-SERVER enables data input/output between the machine and your PC through a LAN cable, so you can edit and exchange data quickly. Data for cutting conditions which are changed on MAPPS can be transferred to your PC and re-edited there.
                      • MCC-LPS III

                      • Linear Pallett Pool Control System

                        MCC-LPS III is the next generation cell control system to maximize productivity of LPP (Linear Pallet Pool) and other Mori Seiki pallet transfer systems. It provides flexible interfaces for job management, system monitoring and variety of production reporting functions. It is the first and only cell control system with integrated intelligent planning & scheduling capabilities.
                      • MCC-TMS

                      • The Tool Management System

                        MCC-TMS is a tool management system which offers centralized management of tool data and component parts, greatly reducing errors and setup time. As well as being compatible with Tool ID, it is effective with MCC-LPS III for centralized management of all the tools for the LPP, supporting long-term, continuous operation of the machines. What's more, by combining the MAPPS tool management, it is possible to know in advance about problems such as tool wear.
                      • MORI-NET

                      • MORI NET Global Edition

                        MORI NET Global Edition is a support service using communication terminals and the internet. Mori Seiki can keep an eye on all your machines, simply by connecting all your machines to our network.
                      • MORI-Server

                      • Application for Data Transmission

                        This enables high-speed transfer of programming data between your office computer and machine, reducing the lead time of pre-machining processes.
                      • MORI-MONITOR

                      • MORI-MONITOR

                        MORI-MONITOR is Mori Seiki’s application system for remotely controlling and browsing the MAPPS control panel from an office computer over a network. Work, such as checking the status of machines and dealing with problems, has been taken off the factory floor and put in the office.
                      • MfgSuite NC Simulation

                      • Exact machine simulation as what you program

                        • Applicable models: NMV Series (Turning specifications included), NH/NHX Series, NT/NTX Series, NZ/NZX Series, NV/NVX/NVXⅡ Series, NL/NLX Series, DuraTurn/DuraVertical Series/DMU50 Series
                        • MfgSuite (Manufacturing Suite) is Windows application software that realizes the cutting simulation with the high-performance and high-accuracy interference checking function.
                        • Accurate DMG MORI machine models provided by default for hassle-free machine configuration
                        • Complete utilization of MAPPS parameters (for MAPPS controls only)