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Comprehensive CNC Lathe Experimental Training System

Features

This system adopts open structure and modular design with complete industrial components, covering
training contents such as CNC lathe electrical design, installation, wiring, deb ing, parameters setting,
PLC development, communication, precision measurement, programming, simulation, CAD/CAM, actual
machining and so on.
 

Experiments

• CNC system soft hardware composition, installation, parameter setting, deb ing
• AC servo driver wiring, deb ing and dynamic characteristics
• Spindle frequency converter wiring, parameter setting and deb ing
• CNC machine tool alarm recognition, fault diagnosis and maintenance
• PLC command, programming, wiring and its application in CNC machine tool
• Input and output interface definition, setting and deb ing
• Principle and application of sensors such as Hall element and proximity switch
• CNC machine tool electric control cabinet design, arrangement, installation and wiring
• Circular grating application and semi-closed loop control
• Linear grating application and full-closed loop control (optional)
• Six-station tool turret control and deb ing
• Reverse backlash and lead screw pitch error compensation function and application
• CNC system data backup and communication with computer
• CNC lathe mechanical precision inspection
• CNC lathe pneumatic system principle, control and deb ing (optional)
• CNC lathe cooling system control
• CAD/CAM based DNC application
• CNC machine tool programming, simulation and real machining

Technical parameters

1. Swing over bed: 280mm
2. Swing over carriage : 150mm
3. Maximum work piece length: 400mm
4. Feed pulse equivalent: 0.001mm
5. Spindle speed: 100~2000rpm (stepless)
6. Chuck: 125mm
7. Spindle bore: 26mm
8. Taper of spindle bore: Morse Taper 4 (MT4)