Concept Turn 60

Concept Turn 60

Most compact table-top CNC turning machine
Industry-standard inclined-bed design
Profile rail guides (linear guides)
Premium industrial components
Safety technology CE compliant
Infinitely adjustable main drive
Automatic 8-position tool turret
High resolution axis motors
Up to 9 CNC controls on a machine usable
Made in the Heart of Europe

Technical data

Travel in X/Y/Z: 60/-/280 mm
Bar diameter: 15 mm
Max. part length: 215 mm
Swing over bed: 130 mm
Rapid motion speeds in X/Y/Z: 3/-/3 m/min
Work feed X/Y/Z: 0 - 2 m/min
Feed force in X/Y/Z: 1000 N
Max. speed: 300 - 4200 U/min
Spindle nose: EMCO
Max. drive power: 1,1 kW
Max. torque: 10 Nm
Dimensions (LxWxH): 895 x 745 x 550 mm

Highlights

Concept Turn 60

  • Most compact table-top CNC turning machine
  • Clockwise - counterclockwise spindle rotation
  • Automatic referencing
  • Industry-standard inclined-bed design
  • Constant cutting speed
  • Stable gray cast iron construction
  • Backlash-free storage of the work spindle in precise, life tapered roller bearings
  • Micro processor-controlled monitoring position
  • Optimum guide ratio for the slides for maximum stability and precision
  • Fully covered work area
  • EMCO EASY CYCLE integrated

Overall dimensions/Work space

Machine layout Concept Turn 60

Machine layout Concept Turn 60

Workpieces

Examples of use

Options/Accessories

EMCO WinNC

EMCO WinNC
The unique concept of the interchangeable control can be fitted to all Concept machines. In doing so, the user is trained on all CNC industry controls that are common to the market. All common control units can be installed and taught on one single machine.The result: CNC technicians are flexible to work in a variety of settings.

Electronic hand wheel

Electronic hand wheel
For moving the machine’s axes manually to set zero point and tool offsets.

Courseware

Courseware
Comprehensive, well designed multimedia training materials
E[MCO] Campus - E-Learning 2.0 for machining - Train Concept - Win Tutorial - Vision: perfectly coordinated training materials in combination with the machines and the software simulate the industrial demands in the best manner and provide the best possible conditions for a successful training.

USB control keyboard with TFT display

USB control keyboard with TFT display
By using the control keyboard (accessory with interchangeable key modules for the respective control type) the operation becomes easier and has a higher didactic value by its similarity to the original control.

Manual tailstock

Manual tailstock
The tailstock is usually used to apply support a long workpiece being machined using a life center. Tailstock and life center are available as option.
Quill stroke: 35 mm
Quill diameter: 22 mm
Quill taper: MT 1

Electromechanical tailstock

Electromechanical tailstock
The electromechanical tailstock has a spindle stroke of 15 mm with end position control.

Automatic door

Automatic door
Automatic door
The chip guard door can be opened and closed by the programme or by keystroke via a pneumatic cylinder. The position of the door is monitored by a limit switch.

Pneumatic unit and pneumatic chuck

Pneumatic unit and pneumatic chuck
The pneumatic unit acts to prime the automatic door and the pneumatic chuck, which consists of a pneumatic clamping cylinder including 3-jaw power chuck and blow-out unit.

Integration in FFS or CIM systems with DNC

Integration in FFS or CIM systems with DNC
Using the robotic interface, in addition to basic control of the peripherals (such as automatic door system, vice etc.), the machine can be linked to other machines or apparatus (such as loading and unloading robots). The DNC interface makes it possible for programmes to be transmitted or launched from the master computer.

Automation

Pneumatic unit

Pneumatic unit
The pneumatic unit prepares for the connection of automatic door, pneumatic tailstock and a clamping blow-out device.

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Electromechanical tailstock

Electromechanical tailstock
The electromechanical tailstock has a quill stroke of 15 mm and a end position control.
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Automatic door

Automatic door
Thanks to the pneumatic unit the machine door opens and closes automatically or by pressing the button. The monitoring of the door position is done via end switch.
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Integration into FFS and CIM systems

Integration into FFS and CIM systems
The robotics interface can not only control the periphal equipment (such as automatic door, vice, etc.) but also connect the machine to other machines or devices (e.g. loading and unloading robots). The DNC interface allows programs to be started from the master computer.
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Software/Control

EMCO WinNC

EMCO WinNC

The unique concept of the interchangeable control can be fitted to all Concept machines. In doing so, the user is trained on all CNC industry controls that are common to the market. Up to eight different control units can be installed and taught on one single machine at present.

The result: CNC technicians are flexible to work in a variety of settings.

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EMCO Win3D-View

EMCO Win3D-View

Win3D-View is a 3D simulation for turning and milling and is available as an option in addition to the WinNC Control. Graphic simulations of CNC controls are designed especially for industrial experience. Win3D-View displays exceed industry standards. Tools, blanks, clamping devices, and work processes are highly realistic. The system checks the programmed travel of the tool to prevent collision with clamping devices and blanks.

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EMCO CAMConcept

EMCO CAMConcept

CAMConcept is innovative software for complete CAD/CAM and CNC training, from design to manufacture.

CAMConcept incorporates both the functions of a professional CAD/CAM system and the advantages of a special training program. All core CAD program functions are available. Graphic displays of CNC cycles allow quick programming, while simulations and collision checks ensure that control programming is safe.

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