The Cincom A20, known for its excellent price-performance ratio, has developed into a veritable 5-axis machine for material diameters up to 20 mm and has the unmistakable advantage that it can be used with or without a guide bush. It can be used as a conventional sliding headstock lathe with guide bush for machining long, slim parts, but also without guide bush as a short lathe for short parts with minimal residual material. The guide bush can be installed and removed quickly and easily.
The machine performance has also been improved. The high spindle speed of 10,000 rpm optimizes the machining of thin bar stock. The machining length without repositioning has been extended to 200 mm with the new model, so that repositioning is no longer necessary so frequently, thus reducing cycle times when machining long workpieces. As an option, bar material up to Ø 25 mm can also be machined, which further increases the variety of machinable workpieces.
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The B series, which has long enjoyed great popularity worldwide, has been revised once again. The B16E is designed for diameters up to 16 mm and can therefore cover a wider range of workpieces. The B Series is renowned for high speed, precision and reliability at extremely low cost of ownership. Also in the 4th machine generation, the machines feature the same tool design, which guarantees precision machining in the proven manner. The rigidity of the rear headstock has been improved. In order to ensure the shortest possible cycle times, machining of the workpiece is supported by an easy to perform program check on the machine. The machines are equipped with extensive NC functions as standard.
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The B series, which has long enjoyed great popularity worldwide, has been revised once again. The B16E is designed for diameters up to 16 mm and can therefore cover a wider range of workpieces. The B Series is renowned for high speed, precision and reliability at extremely low cost of ownership. Also in the 4th machine generation, the machines feature the same tool design, which guarantees precision machining in the proven manner. The rigidity of the rear headstock has been improved. In order to ensure the shortest possible cycle times, machining of the workpiece is supported by an easy to perform program check on the machine. The machines are equipped with extensive NC functions as standard.
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The new sliding headstock lathe and short lathe impresses with its high drive power and its versatility for complex workpieces. It is particularly suitable for fast and productive machining. The innovative control follows the latest standards and is easy to operate.
Equipped with 2 vertical holders and a B-axis (type VIII), the D25 sliding headstock lathe guarantees fast machining times at the highest level of productivity. The large number of tools on the main and pick-up spindles keeps production costs low and offers multiple machining options.
And all this combined in one machine. Optionally, the machining
from bar material up to ø 25 mm possible. This further increases the variety of machinable workpieces.
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The new sliding headstock lathe and short lathe impresses with its high drive power and its versatility for complex workpieces. It is particularly suitable for fast and productive machining. The innovative control follows the latest standards and is easy to operate.
Equipped with 2 vertical holders and a B-axis (type VIII), the D25 sliding headstock lathe guarantees fast machining times at the highest level of productivity. The large number of tools on the main and pick-up spindles keeps production costs low and offers multiple machining options.
And all this combined in one machine. Optionally, the machining
from bar material up to ø 25 mm possible. This further increases the variety of machinable workpieces.
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The guide bush can be mounted and dismounted easily and quickly (< 30 min) so that the machine can be adapted to the specific workpiece requirements. This lathe performs two tasks that would normally require two machines and can machine long and short workpieces equally effectively. It also offers performance without compromising on high-speed machining of small diameter parts. The high-speed main spindle with 15,000 rpm and driven tools with a speed of 10,000 rpm ensure shorter cycle times. The L-Series, traditionally an important pillar of the Cincom brand, is now setting new standards in the field of automatic lathes in terms of functionality and performance.
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The guide bush can be mounted and dismounted easily and quickly (< 30 min) so that the machine can be adapted to the specific workpiece requirements. This lathe performs two tasks that would normally require two machines and can machine long and short workpieces equally effectively. It also offers performance without compromising on high-speed machining of small diameter parts. The high-speed main spindle with 15,000 rpm and driven tools with a speed of 10,000 rpm ensure shorter cycle times. The L-Series, traditionally an important pillar of the Cincom brand, is now setting new standards in the field of automatic lathes in terms of functionality and performance.
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A machine that stands for the history of the Cincom brand like no other has been made fit for the new age with 3 new models in modular design. From the 5-axis machine with an excellent price-performance ratio to the high-end model with B-axis and a counter spindle moving in the Y-axis. You have the choice and will find exactly the machine you need. The machine concept of the Cincom L20 stands for unparalleled versatility. Various vertical holders, drill holders for front and rear machining with and without driven tools are available, from which you can choose the most suitable types for the existing requirements.
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A machine that stands for the history of the Cincom brand like no other has been made fit for the new age with 3 new models in modular design. From the 5-axis machine with an excellent price-performance ratio to the high-end model with B-axis and a counter spindle moving in the Y-axis. You have the choice and will find exactly the machine you need. The machine concept of the Cincom L20 stands for unparalleled versatility. Various vertical holders, drill holders for front and rear machining with and without driven tools are available, from which you can choose the most suitable types for the existing requirements.
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A machine that stands for the history of the Cincom brand like no other has been made fit for the new age with 3 new models in modular design. From the 5-axis machine with an excellent price-performance ratio to the high-end model with B-axis and a counter spindle moving in the Y-axis. You have the choice and will find exactly the machine you need. The machine concept of the Cincom L20 stands for unparalleled versatility. Various vertical holders, drill holders for front and rear machining with and without driven tools are available, from which you can choose the most suitable types for the existing requirements.
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The Cincom L32, one of the best-selling Cincom machines, is available in the latest generation in 3 models in modular design. From the 5-axis machine with an excellent price-performance ratio to the high-end model with B-axis and Y-axis for backworking. Thanks to the wide range of modular tooling, the Cincom L32 is incredibly versatile and flexible and can be adapted to your specific future needs.
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The Cincom L32, one of the best-selling Cincom machines, is available in the latest generation in 3 models in modular design. From the 5-axis machine with an excellent price-performance ratio to the high-end model with B-axis and Y-axis for backworking. Thanks to the wide range of modular tooling, the Cincom L32 is incredibly versatile and flexible and can be adapted to your specific future needs.
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The Cincom L32, one of the best-selling Cincom machines, is available in the latest generation in 3 models in modular design. From the 5-axis machine with an excellent price-performance ratio to the high-end model with B-axis and Y-axis for backworking. Thanks to the wide range of modular tooling, the Cincom L32 is incredibly versatile and flexible and can be adapted to your specific future needs.
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Thanks to the B-axis function for driven tools on the vertical holder and Y-axis function on the tool holder for backworking, even the most complex machining operations can be carried out.
The M16 machines of type VIII are equipped with a B-axis function for the driven tools on the vertical holder. This allows inclined bores with various angles as well as complex milling operations to be carried out. The B-axis with a swivel angle of 135° can be used for front and rear machining. The tool holder for rear-side machining is designed with a Y-axis (type VIII) and can hold up to 9 tools. With all these advantages, we have not even mentioned the large number of controlled axes and clampable tools, not to mention the enormous rapid traverse speeds of up to 32 m/min, the high-speed machining with the latest CNC control, the maximum speeds of the main and counter spindles and the larger number of driven tools that can be fitted to the turret. No matter whether workpieces with small diameters are to be machined or small diameter drills/end mills are to be used. Machining always takes place under optimum conditions and maximum productivity is guaranteed.
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Thanks to the B-axis function for driven tools on the vertical holder and Y-axis function on the tool holder for backworking, even the most complex machining operations can be carried out.
The M16 machines of type VIII are equipped with a B-axis function for the driven tools on the vertical holder. This allows inclined bores with various angles as well as complex milling operations to be carried out. The B-axis with a swivel angle of 135° can be used for front and rear machining. The tool holder for rear-side machining is designed with a Y-axis (type VIII) and can hold up to 9 tools. With all these advantages, we have not even mentioned the large number of controlled axes and clampable tools, not to mention the enormous rapid traverse speeds of up to 32 m/min, the high-speed machining with the latest CNC control, the maximum speeds of the main and counter spindles and the larger number of driven tools that can be fitted to the turret. No matter whether workpieces with small diameters are to be machined or small diameter drills/end mills are to be used. Machining always takes place under optimum conditions and maximum productivity is guaranteed.
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The M32 is known for its unique simultaneous machining with minimal floor space. The combination of the flexible tool system, large number of available tools combined with unrivalled user-friendliness makes the M32 our success story in this century. The new generation of the M32 allows simultaneous machining with 3 tools. This is achieved by the new Y3 axis on the tool carrier for backworking. This tool carrier can be equipped with up to 9 tools, of which 6 are driven and 3 are fixed tools. New improved features include a B-axis on the vertical holder, combined with simultaneous 4-axis control.
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The M32 is known for its unique simultaneous machining with minimal floor space. The combination of the flexible tool system, large number of available tools combined with unrivalled user-friendliness makes the M32 our success story in this century. The new generation of the M32 allows simultaneous machining with 3 tools. This is achieved by the new Y3 axis on the tool carrier for backworking. This tool carrier can be equipped with up to 9 tools, of which 6 are driven and 3 are fixed tools. New improved features include a B-axis on the vertical holder, combined with simultaneous 4-axis control.
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The redesigned cover improves accessibility and visibility, while the human-machine interface control panel optimizes the new NC control including touch panel, operations and monitoring.
Structural analysis has been used to develop a highly robust design that guarantees an optimum balance between force and weight, thus improving the stability required for machining. The tooling of the turret was changed from the ground up.
A single drive is now available for driven tools. For contour machining, the vertical holder can be equipped with up to five controlled axes including B-axis (type VIII). The tool holder for backworking has angle-adjustable driven tools (Type VII and VIII) and can thus handle complex machining tasks in combination with the Y axis.
By improving the backworking, the scope for process division has also been increased. A powerful 5.5/7.5 kW spindle motor is now used on the main and pick-up spindles. The machine can be converted to work with or without guide bush and can be optionally extended up to Ø 38 mm.
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The redesigned cover improves accessibility and visibility, while the human-machine interface control panel optimizes the new NC control including touch panel, operations and monitoring.
Structural analysis has been used to develop a highly robust design that guarantees an optimum balance between force and weight, thus improving the stability required for machining. The tooling of the turret was changed from the ground up.
A single drive is now available for driven tools. For contour machining, the vertical holder can be equipped with up to five controlled axes including B-axis (type VIII). The tool holder for backworking has angle-adjustable driven tools (Type VII and VIII) and can thus handle complex machining tasks in combination with the Y axis.
By improving the backworking, the scope for process division has also been increased. A powerful 5.5/7.5 kW spindle motor is now used on the main and pick-up spindles. The machine can be converted to work with or without guide bush and can be optionally extended up to Ø 38 mm.
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The R-series of sliding headstock automatic lathes, designed for ultra-precise production of small and very small parts, has evolved.
Whether for the efficient machining of watch parts, probe tips / pins, medical technology parts and other components with the smallest diameters, we have redesigned the machine design from the ground up in search of "the ideal machine" with "ingeniously simple operation". The high-speed spindle reaches the optimum speed for the workpiece at 20,000 rpm. In combination with linear and servo motors, the result is a total package that guarantees ultra-high precision, maximum compactness and low energy consumption.
Cincom's solution for the production of high-precision small and miniature parts is now available.
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The ABX-51/64SYY offers reduced machining times through simultaneous machining with the right and left spindles using the upper and lower turrets, each with Y-axis function. These enable simple complete machining on the front and rear sides of complex workpiece shapes in a very short machining time.
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Two upper turrets on the left and right with Y-axis on the ABX-51/64 THY, as well as another turret at the bottom, also with Y-axis, allow unhindered access to both spindles and allow unlimited ideal process division and flexible tooling.
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The ABX-51/64SYY offers reduced machining times through simultaneous machining with the right and left spindles using the upper and lower turrets, each with Y-axis function. These enable simple complete machining on the front and rear sides of complex workpiece shapes in a very short machining time.
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Two upper turrets on the left and right with Y-axis on the ABX-51/64 THY, as well as another turret at the bottom, also with Y-axis, allow unhindered access to both spindles and allow unlimited ideal process division and flexible tooling.
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Type SY with improved performance for efficient processing of bar material.
Type CY allows use as automatic feeder.
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The machine BNA-DHY is characterized by compact design and numerous high performance and precision features as well as 2 turrets and Y-axis. All features for which Miyano is rightly known. This makes it extremely flexible.
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Hand-scraped guideways of highest robustness and stability are used for the well-known "Miyano precision".
These guideways feature exceptional rigidity and high damping capacity, contributing to high performance machining and extended tool life.
The main components of the machine, such as spindles and tool slides, are mounted on the stable cast iron bed. Due to the design, thermal distortion has no negative effect on the contact surfaces of the components.
Even if they expand due to heat, the resulting displacements are always in the same direction (perpendicular to their contact surfaces). This minimizes the relative dimensional deviations between the workpiece and the machining tools.
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Citizen introduces: The model BNA-42MSY - CNC turning center with 2 spindles and 1 turret. The turret is equipped with a Y-axis and allows switching to intermediate stations - thus considerably extending the range of machining possibilities. The machine is equipped with the largest spindle motor in this series - a real power package for high-performance machining.
The X2 axis on the pick-up spindle allows simultaneous machining on the front and rear sides of the workpiece. This combines the advantages of a double turret machine with the lower acquisition costs of a machine model with one turret.
The unique control improves productivity and cycle times.
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The BNA series combines high-tech functions and highest precision in an extremely compact machine.
The BNA-S model is equipped with a pick-up spindle (SP2) for backworking.
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Type SY with improved performance for efficient processing of bar material.
Type CY allows use as automatic feeder.
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BND51 SY, a short turning machine with a pick-up spindle and a Y-axis for machining bar stock up to 51 mm diameter.
The design of the machine features precision-scraped box guides for maximum stability and excellent vibration dampening properties and a solid 30° inclined bed in platform design with intelligently arranged stiffening ribs, resulting in very good thermal stability and minimal dimensional deviations. In other words: A total package for consistently high machining precision over long operating periods.
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The BNE series is known for its high stability, high-performance cutting and outstanding precision. The MSY model extends the performance spectrum of the BNE series by using the X3 axis on the pick-up spindle (SP2) as well as synchronous/superimposed control for simultaneous machining with 3 tools. The results are faster cycle times, extremely simple operation and the ability to machine complex workpieces.
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Our two new BNE Series models, developed from the BNE51 and BNE65 (with machining diameters of 51 and 65 mm respectively) have inherited the characteristics of high rigidity and precision for which the BNE Series has been greatly praised.
The upper and lower turrets of the BNE51MYY and BNE65MYY are equipped with a Y axis. Operating with the same capabilities, these two 12-station turrets provide even more flexible tooling due to optimal process allocation that is not restricted by machining balance limitations.
Special featuresThe BNE series is specially designed for today's increasingly demanding production of complex high-precision parts from bar stock. Simultaneous machining with several tools means that even complex shapes can now be machined ultra-fast and economically. Type S allows simultaneous multiple tooling in L- and R-spindle. Type SY with Y-axis slide for the upper turret is similar to a machining center in its functionality and efficiently machines complex workpieces.
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The BNE series is specially designed for today's increasingly demanding production of complex high-precision parts from bar stock. Simultaneous machining with several tools means that even complex shapes can now be machined ultra-fast and economically. Type S allows simultaneous multiple tooling in L- and R-spindle. Type SY with Y-axis slide for the upper turret is similar to a machining center in its functionality and efficiently machines complex workpieces.
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Turret No. 2 has 8 tool stations instead of the 6 stations of the previous machines; thus the number of tools has been increased and driven tools can also be accommodated.
The milling processes that were previously only possible with turret no. 1 can now be carried out with both turrets no. 1 and no. 2, which considerably reduces cycle times and also makes it possible to machine complex workpieces.
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Turret No. 2 has 8 tool stations instead of the 6 stations of the previous machines; thus the number of tools has been increased and driven tools can also be accommodated.
The milling processes that were previously only possible with turret no. 1 can now be carried out with both turrets no. 1 and no. 2, which considerably reduces cycle times and also makes it possible to machine complex workpieces.
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Our two new BNE Series models, developed from the BNE51 and BNE65 (with machining diameters of 51 and 65 mm respectively) have inherited the characteristics of high rigidity and precision for which the BNE Series has been greatly praised.
The upper and lower turrets of the BNE51MYY and BNE65MYY are equipped with a Y axis. Operating with the same capabilities, these two 12-station turrets provide even more flexible tooling due to optimal process allocation that is not restricted by machining balance limitations.
Special featuresThis machine is designed for high throughput machining of small parts and has a fixed spindle in wing shape, installed on a thermally symmetric machine bed, for minimum heat influence and maximum thermal stability. The design concept for highest precision has also been integrated into this machine from the ground up, as is traditional for the high-precision series. The guideways offer excellent damping properties and are precision scraped by experienced specialists. With these design features, the user receives a package designed for outstanding machining precision in terms of dimensional accuracy and roundness. Workpieces can, of course, also be loaded/unloaded manually, but the machine also offers flexible automation possibilities by using fast gantry loaders and robots. This allows dimensionally accurate production to be made even more efficient.
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This machine is designed for high throughput machining of small parts and has a fixed spindle in wing shape, installed on a thermally symmetric machine bed, for minimum heat influence and maximum thermal stability. The design concept for highest precision has also been integrated into this machine from the ground up, as is traditional for the high-precision series. The guideways offer excellent damping properties and are precision scraped by experienced specialists. With these design features, the user receives a package designed for outstanding machining precision in terms of dimensional accuracy and roundness. Workpieces can, of course, also be loaded/unloaded manually, but the machine also offers flexible automation possibilities by using fast gantry loaders and robots. This allows dimensionally accurate production to be made even more efficient.
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This machine is designed for high throughput machining of small parts and has a fixed spindle in wing shape for minimum heat influence and maximum thermal stability, which in turn is installed on a thermally symmetrical machine base. The design concept for highest precision has also been integrated into this machine from the ground up, as is traditional for the high-precision series. The guideways offer excellent damping characteristics and are precision-scraped by experienced specialists. With these design features, the user receives a package designed for outstanding machining precision in terms of dimensional accuracy and roundness. Workpieces can, of course, also be loaded/unloaded manually, but the machine also offers flexible automation possibilities through the use of fast gantry loaders and robots. This makes dimensionally accurate production even more efficient.
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We introduce: An 8" chuck lathe which, after careful analysis, has been specially designed to meet the basic performance requirements of a machine tool. The highly stable turret uses precision-scraped box ways with excellent vibration damping properties, the highly rigid spindle rests in double row cylindrical roller bearings as well as angular contact ball bearings and the massive 30° inclined bed in platform design serves quasi as a table to accommodate the turret and spindle. The machine reliably produces a high basic output and thus ensures consistently high machining accuracy.
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This series are high-precision automatic chuck lathes, equipped with a universal machine-internal loading head. Due to the coordinated operation of the loading head and spindle, the loading time is drastically reduced.
The design of the turret with a single slide only in Y-axis direction (01RY) and the assignment of the X- and Z-axis running in linear guides to the spindle not only gives the machine high stability and rigidity but also allows high traversing speeds. The extended system configuration based on the loader head adapts flexibly to the most varied and demanding automation requirements.
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This series are high-precision automatic chuck lathes, equipped with a universal machine-internal loading head. Due to the coordinated operation of the loading head and spindle, the loading time is drastically reduced.
The design of the turret with a single slide only in Y-axis direction (01RY) and the assignment of the X- and Z-axis running in linear guides to the spindle not only gives the machine high stability and rigidity but also allows high traversing speeds. The extended system configuration based on the loader head adapts flexibly to the most varied and demanding automation requirements.
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By combining three machining modules in a multi-station configuration, the MC20 supports a wide range of machining layouts and reaches completely new dimensions in terms of productivity and performance. In addition, machining processes can be optimized with the dynamic Cincom control software; this control supports highly flexible operations, making individualized mass customization a reality.
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This machine is specially designed for high-precision machining and is used, for example, in the watch industry. There it effortlessly turns the smallest hands and movement screws in the 0.1 mm range. Combined with the basic concept "machine design for high precision", which has been adopted from the GN series, this opens up completely new possibilities in machining technology.
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