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  • WFL Millturn Technologies GmbH&Co.KG is the leading supplier in the field of complete machining.

    WFL is the only manufacturer worldwide that focuses exclusively on the production of multifunctional turning-boring-milling centers. Today, in many high tech companies, the trade name MILLTURN stands for the central machine tool for the production of complex components with highest precision. Both the modular structure of the MILLTURN’s and the tailor-made special solutions guarantee the perfect solution for complex manufacturing tasks.
Product Portfolio
  • The Millturns – Ingeniously multifunctional

  • All machining technologies together in one machine
    Combining all machining and measuring operations into a single MILLTURN complete machining centre from WFL massively increases the efficiency of your manufacturing. The unique MILLTURNTM machine concept and turning-boring-milling unit with gearbox guarantees unparalleled chipping performance with the highest level of precision. An investment that pays dividends very quickly.

    Find the right MILLTURN for your application:

    WFL currently has over 20 different MILLTURN models available: With turning lengths from 1000 to 14000 mm and turning diameters from 520 to 2000 mm, an extensive range of workpieces can be machined completely. Almost all MILLTURN models are also available as counter spindle variants (with the identification – G).

    MILLTURNTM STANDS FOR:
    • Wide range of machining technologies
    • Highest level of productivity
    • Highest stability and precision
    • Highest flexibility in manufacturing
      • M30

      • Nominal center distance mm 2000
        Swing - ø over Top slide mm 520
        Max. Turning- ø between centers mm 520
        Max. power, Turning spindle 40% (100%) duty cycle kW 33(29)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 630(550)
        Max. spindle speed, Turning spindle min-1 4000
      • M30-G

      • Nominal center distance mm 1800(1680)
        Swing - ø over Top slide mm 520
        Max. Turning- ø between centers mm 630(550) // 630(550)
        Max. power, Turning spindle 40% (100%) duty cycle kW -
        Max. torque, Turning spindle 40% (100%) duty cycle Nm
        Max. spindle speed, Turning spindle min-1 4000 // 4000
      • M35

      • Nominal center distance mm 2000
        Swing - ø over Top slide mm 520
        Max. Turning- ø between centers mm 520
        Max. power, Turning spindle 40% (100%) duty cycle kW 33(29)/54(37)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 630(550)/1600(1100)
        Max. spindle speed, Turning spindle min-1 4000/3300
      • M35-G

      • Nominal center distance mm 1800(1680)
        Swing - ø over Top slide mm 520
        Max. Turning- ø between centers mm -
        Max. power, Turning spindle 40% (100%) duty cycle kW 33(29)/54(37) // 33(29)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 630(550)/1600(1100) // 630(550)
        Max. spindle speed, Turning spindle min-1 4000/3300 // 4000
      • M40

      • Nominal center distance mm 1000/2000/3000/4500
        Swing - ø over Top slide mm 520
        Max. Turning- ø between centers mm 520
        Max. power, Turning spindle 40% (100%) duty cycle kW 33(29)/54(37)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 630(550)/2000(1400)
        Max. spindle speed, Turning spindle min-1 4000/3300
      • M40-G

      • Nominal center distance mm 1000*/2000/3000
        Swing - ø over Top slide mm 520
        Max. Turning- ø between centers mm 520
        Max. power, Turning spindle 40% (100%) duty cycle kW 33(29)/54(37) // 33(29)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 630(550)/2000(1400) // 630(550)
        Max. spindle speed, Turning spindle min-1 4000/3300 // 4000
      • M50

      • Nominal center distance mm 2000/3000/4500
        Swing - ø over Top slide mm 670
        Max. Turning- ø between centers mm 670
        Max. power, Turning spindle 40% (100%) duty cycle kW 54(37)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 2000(1400)
        Max. spindle speed, Turning spindle min-1 3300
      • M60

      • Nominal center distance mm 1000/2000/3000/4500
        Swing - ø over Top slide mm 690
        Max. Turning- ø between centers mm 690(610)
        Max. power, Turning spindle 40% (100%) duty cycle kW 40/60
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 1830/2748
        Max. spindle speed, Turning spindle min-1 3300/2600
      • M60-G

      • Nominal center distance mm 2000/3000
        Swing - ø over Top slide mm 690
        Max. Turning- ø between centers mm -
        Max. power, Turning spindle 40% (100%) duty cycle kW 40/60 // 40
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 1830/2748 // 1830
        Max. spindle speed, Turning spindle min-1 3300/2600 // 3300
      • M65

      • Nominal center distance mm 1000/2000/3000/4500
        Swing - ø over Top slide mm 830
        Max. Turning- ø between centers mm 830(760)
        Max. power, Turning spindle 40% (100%) duty cycle kW 40/60
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 2318/2748
        Max. spindle speed, Turning spindle min-1 2600/2600
      • M80

      • Nominal center distance mm 1000/2000/3000/4500/6000
        Swing - ø over Top slide mm 1000
        Max. Turning- ø between centers mm 1000/1000/1000/1000/980
        Max. power, Turning spindle 40% (100%) duty cycle kW 56(40)/80(60)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 3420(2440)/5860(4400)
        Max. spindle speed, Turning spindle min-1 2400/1600
      • M80-G

      • Nominal center distance mm -/2000/3000/4500/6000
        Swing - ø over Top slide mm 1000
        Max. Turning- ø between centers mm -/1000/1000/1000/980
        Max. power, Turning spindle 40% (100%) duty cycle kW 56(40)/80(60) // 60(40)/90(60)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 3420(2440)/5860(4400) // 3000(2000)/4800(3200)
        Max. spindle speed, Turning spindle min-1 2400/1600 // 2400/1600
      • M80X

      • Nominal center distance mm 1000/2000/3000/4500/6000
        Swing - ø over Top slide mm 1000
        Max. Turning- ø between centers mm 1000/1000/1000/1000/980
        Max. power, Turning spindle 40% (100%) duty cycle kW 56(40)/80(60)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 3420(2440)/5860(4400)
        Max. spindle speed, Turning spindle min-1 2400/1600
      • M80X-G

      • Nominal center distance mm -/2000/3000/4500/6000
        Swing - ø over Top slide mm 1000
        Max. Turning- ø between centers mm -/1000/1000/1000/980
        Max. power, Turning spindle 40% (100%) duty cycle kW 56(40)/80(60) // 60(40)/90(60)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 3420(2440)/5860(4400) // 3000(2000)/4800(3200)
        Max. spindle speed, Turning spindle min-1 2400/1600 // 2400/1600
      • M85

      • Nominal center distance mm 1000/2000/3000/4500/6000
        Swing - ø over Top slide mm 1000
        Max. Turning- ø between centers mm 1100/1100/1100/1100/1080
        Max. power, Turning spindle 40% (100%) duty cycle kW 56(40)/80(60)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 3420(2440)/5860(4400)
        Max. spindle speed, Turning spindle min-1 2400/1600
      • M85-G

      • Nominal center distance mm -/2000/3000/4500/6000
        Swing - ø over Top slide mm 1000
        Max. Turning- ø between centers mm -/1100/1100/1100/1080
        Max. power, Turning spindle 40% (100%) duty cycle kW 56(40)/80(60) // 60(40)/90(60)
        Max. torque, Turning spindle 40% (100%) duty cycle Nm 3420(2440)/5860(4400) // 3000(2000)/4800(3200)
        Max. spindle speed, Turning spindle min-1 2400/1600 // 2400/1600
      • M100

      • Nominal center distance mm 2000/3000/5000/6500/8000/*
        Swing - ø over Top slide mm 900
        Swing - ø over bed mm 980/940/920/880/860
        Max. power, Turning spindle 60% (100%) duty cycle kW 71(60) // 126(100)
        Max. torque, Turning spindle 60% (100%) duty cycle Nm 4470/7100 // 6200/9860
        Max. spindle speed, Turning spindle min-1 1600/1000 // 1600/1000
      • M120

      • Nominal center distance mm 2000/3000/5000/6500/8000/*
        Swing - ø over Top slide mm 1140
        Swing - ø over bed mm 1220/1180/1160/1120/1100
        Max. power, Turning spindle 60% (100%) duty cycle kW 71(60) // 126(100)
        Max. torque, Turning spindle 60% (100%) duty cycle Nm 4470/7100 // 6200/9860
        Max. spindle speed, Turning spindle min-1 1600/1000 // 1600/1000
      • M150

      • Nominal center distance mm 2000/3000/5000/6500/8000/*
        Swing - ø over Top slide mm 1480
        Swing - ø over bed mm 1560/1520/1500/1460/1440
        Max. power, Turning spindle 60% (100%) duty cycle kW 71(60) // 126(100)
        Max. torque, Turning spindle 60% (100%) duty cycle Nm 4470/7100 // 6200/9860
        Max. spindle speed, Turning spindle min-1 1600/1000 // 1600/1000
      • M200

      • Nominal center distance mm 5000/6500/8000/10000/12000/14000/*
        Swing - ø over Top slide mm 2000
        Swing - ø over bed mm 2000
        Max. power, Turning spindle 60% (100%) duty cycle kW 100/120/160
        Max. torque, Turning spindle 60% (100%) duty cycle Nm 9800/40000/80000
        Max. spindle speed, Turning spindle min-1 1000/500/350
    • Turning machines for the highest demands

    • Based on the MILLTURN machine concept, WFL builds inclined bed turning machines for the highest level of stability and functionality.

      The T-Series
      The models T40 to T150 are inclined-bed turning centers with one or more tool turrets (available with driven tools and C-axis) for heavy machining as well as for high-precision machining of shaft and chuck parts.

      The benefits are clear:
      • Easy and reliable mechanical engineering
      • Highest stability and precision
      • 2-/4-axis turning
      • Entirely closed working area

      The TB-Series
      The models of the TB-series are the perfect solution for complex turned parts as well as for turned parts that needs a high number of tools. The TB40 to TB150 allows the high-precision machining of shaft and chuck parts up to 1500mm diameter and up to 8000mm workpiece length.

      Special challenges call for special solutions: WFL turning machines in the TB series are equipped with Y- and B-axes, as well as external large-capacity tool magazine and an automatic tool changer. The optional prismatic tool system enables automated use of especially long and heavy tools: The options for challenging machining are therefore massively increased.

      The benefits are clear:
      • Tools with a high level of wear require a high stock of tools
      • Ideally, complex turning contours could be milled smoothly with a (standard) tool using a B-axis
      • Thanks to a generous Y-axis, precise diameters can be measured exactly during the machining process
      • Due to the inclined bed concept and the fully enclosed working area, pre-machining using highly productive chipping rates can be carried out cleanly
        • Software solutions

        • Everything from a single source
          WFL is using its decades of experience to offer well-engineered software solutions relating to the manufacturing process with a MILLTURN complete machining centre. The programming editor Millturn PRO, the simulation software CrashGuard Studio and the collision prevention software CrashGuard are perfectly suited to the requirements of complete machining. An unbeatable comprehensive package for cost-efficient and reliable production is being offered, together with the excellent detailed solutions for process reliability, ease of use and connectivity.
            • CRASHGUARD

            • Real-time collision prevention
              The patented CrashGuard collision prevention system is a real-time software extension of the CNC control system. Based on an internal 3D-model of the machine, it prevents collisions between machine components both in automatic and manual operation.

              Thanks to a 3D collision forecast, which takes into account the acceleration limits of the NC-axes, CrashGuard therefore rules out collisions between the various machine components.

              The users are free to define their own minimum safety distances between the various collision pairings, e.g. top slide - bottom slide.

              CrashGuard permits only movements which have been tested for collisions, so that the uncertainty factor “reaction time” does not apply.
            • CRASHGUARD STUDIO

            • Offline simulation & programming
              The realistic 3D simulation software CrashGuard Studio is the ideal tool for testing and optimising CNC programs after they have been created or modified.

              This can be done either on an external workstation or directly on the machine control unit. Thanks to the optimisation of the entire processing sequence and an error correction at an early stage, the risks of collisions and of producing scrap parts as well as unproductive run-in and down times are now a thing of the past.

              This allows the use of a whole new range of potential features and thus achieves significant competitive advantages. CrashGuard Studio is the ideal supplement to any CAD-CAM software and for the WFL CrashGuard collision prevention software. Data for workpieces, tools and clamping devices can be transferred as required.
            • CONNECTIVITY

            • Ready for Industry 4.0
              A MILLTURN makes it possible to transfer NC programs, technological data, measuring protocols, tool data and machine and process parameters via ethernet - therefore the machine is very well prepared for incorporation into networked production and for future requirements.

              Software solutions
              • Remote diagnostic system (teleservice)
              • Tool messenger
              • Tool locator
              • WFL operational data acquisition system
              • Connection to automation systems (e.g. robot or loader systems)
              • Printer connection
              • Workpiece counter
              • Energy-saving mode (component of WFL Greenside Technologies)
            • PROCESS MONITORING

            • Focus on improvement in efficiency
              The system for collision and tool breakage monitoring developed by WFL Millturn Technologies GmbH & Co. KG records basically all cutting force components that may arise, via separate input channels. This principle helps to supervise, in a very comprehensive way, all loads occurring in the machine. Overloads in one or several axes, caused for example by a tool breakage, can thus be recognised with relative accuracy.

              The force components are indicated by a bar chart on the control screen. This graphic can then be faded in to the automatic menu of the control, giving the operator full information on the loads currently acting on the machine even in the middle of a production cycle.
            • FLANX I CRANX

            • Programming made easy
              The technology cycles of WFL cover an extremely broad range of standard and special technologies for all conceivable cases of application. These program modules, which only require the input of parameters, make it possible to carry out efficient programming directly on the machine control or on a PC. The program can therefore be created for both complex and simple workpieces within the shortest period of time.

              The technology cycles of WFL simplify the programming considerably and are a direct route to achieving the desired production result. The wide range of technology solutions fulfils all machining requirements.