Slant bed CNC lathe AD-25
Main Configuration
Price & Terms
Specifications
Basic feauturies
CNC
Capability
Headstock
Lathe chuck
Feeds
Carriage
Tailstock
Accuracy
Cutting fluid
Lubrication system
Engines and power supply
Overall dimensions and weight
Peripherals
Chip conveyors
Tool measuring system
Equipment
Description
AD Series CNC Lathe with Slant Bed
The AD Series CNC Lathe is modern equipment developed using advanced Japanese technology. The machine ensures high-precision and high-speed manufacturing of complex parts such as shafts, sleeves, and discs. It is the ideal solution for demanding production tasks.
The machine performs a wide range of operations: external and internal turning of cylindrical and conical surfaces, facing, chamfering, grooving, creating arcs and complex contours, as well as drilling, reaming, and threading.
Key Features and Advantages:
- Robust Construction: A one-piece cast iron bed made of Mehanite (HT300) ensures excellent damping capacity and long-term accuracy stability.
- 45° Slant Bed: Enhances structural rigidity, optimizes axis movement, and ensures convenient chip removal.
- High-Speed Spindle Headstock: Belt drive for high torque. The gearless design minimizes noise and vibration, ensuring the highest quality surface finish. Features premium Japanese NSK bearings.
- Hydraulic Turret: Provides fast and reliable tool change in both directions via the shortest path. All positions are universal for mounting any tools.
- Precision Feed System: The X and Z axes are equipped with large, high-precision ball screws (NSK) with pre-tensioning, guaranteeing the highest positioning and motion accuracy. Utilizes HIWIN linear guides and direct drive from Fanuc servomotors.
- Convenience and Safety: Equipped with a hydraulic chuck controlled by a foot pedal, ensuring safe and convenient workpiece clamping. A fully enclosed guard with safety interlocks and protective glass ensures maximum operator safety.
Application Area: The machine is ideally suited for use in general machinery, instrumentation, automotive, and aerospace industries, as well as for the production of precision engineering components.