CNC Lathe Trainer With Servo Drives Manufacturer,Supplier and Exporter in India

CNC Lathe Trainer With Servo Drives

Product Code : SCL-ELE-13938

This CNC lathe is designed as a compact, laboratory-scale training unit. It features a PLC based control system and uses stepper drives for the X and Z axes, making it an accessible platform for learning fundamental CNC programming and operation.

Controller Specifications

The control system manages all aspects of machining with standard CNC capabilities.

  • Control System Type: PLC based System.
  • Main Spindle Drive: AC Motor with VFD (Variable Frequency Drive).
  • Z and X Drives: Stepper Drive with RAMP function, providing controlled acceleration and deceleration for motion.
  • Run Speed Control: Computer controlled through Software.
  • Motion Control:
    • Interpolation: Supports Linear, Circular, and Parabolic interpolation.
    • Cycles: Supports Circular Interpolation and Canned Cycles.
    • Threading: Capable of Straight and Taper threading.
  • Programming Codes: Utilizes standard CNC codes: G, M, S, T, F, I, K, M, F.
  • Safety: Power Devices are protected against Short Circuit and over Temperature.
  • Simulation: Real Time Tool Path Simulation is provided.
  • Isolation: Input to Stopper Motor is Optically Isolated; Motor Drive is TTL Compatible.

Machine and Spindle Details

This unit is significantly lighter and smaller than the servo-driven models, suitable for smaller lab spaces.

Parameter

Specification

Center Height

100 mm

Swing Over Carriage

80 mm

Distance between Center

250 mm

Longitudinal Travel (Z-Axis)

250 mm

Weight

350 kg

Rapid Travel

500 mm per minute

Resolution (Z and X Axis)

10 micron

Dt Motor Power

40 V - 4 A

Lubrication

Manual

Dimensions

1100 mm x 750 mm x 1700 mm

Spindle Specifications

  • Spindle Power: 2 HP (Horsepower).
  • Speed Range: 50 to 3000 RPM (revolutions per minute).
  • Spindle Speed: Continuous variable.
  • Inside Taper: MT3.

   

Office Address

Works: #975 Malleshwaram,
Bengaluru, Karnataka 560003

[email protected]

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