CNC Lathe

High-Rigidity Structural Design

TAIKAN lathes adopt a one-piece bed structure with reinforced rib layout, combined with a 30° slant bed saddle or wide-span box guideways, significantly enhancing overall rigidity and vibration resistance. The spindle system features double-row cylindrical roller bearings or direct-drive electric spindles, balancing high-speed capability with   stability, ensuring consistent precision during long-term machining.

Precision Transmission System

X/Z axes utilize imported high-precision ball screws and heavy-load roller guideways, optimizing dynamic response speed and positioning accuracy.

Equipped with servo motor drive, enabling fast movements and efficient execution of complex machining paths.

Some models integrate hollow ball screw cooling technology, effectively reducing thermal deformation for enhanced machining precision.

Multi-Function Power Turret

The servo-driven power turret supports hydraulic clamping and high-torque output.

Optional independent Y-axis module expands milling, drilling, and tapping capabilities for complex mill-turn operations.

The indexing system adopts curvic coupling positioning and servo-driven technology, ensuring fast tool changes and excellent repeatability, ideal for multi-variety, small- batch flexible production.

Horizontal CNC Lathes

• Turret & Gang-Type Lathes

• Standard fully enclosed protective covers effectively isolate coolant and chips, extending machine lifespan.

• T-slot gang-type tool plates simplify tool change procedures and support diverse tool configurations, providing efficient solutions for shaft and disc-shaped parts.

Mill-Turn Lathes

• Integrates power turret and C-axis control, allowing for one-time clamping to complete turning, milling, and drilling operations.

• Meets the demands of complex, eccentric workpieces, especially in automotive camshafts and gearbox housings.

Vertical CNC Lathes

• Vertical layout reduces workpiece clamping difficulty, making it ideal for large-diameter components.
  

• Equipped with large-diameter chucks and hydraulic tailstocks, suitable for hub bearings, bearing housings, and flange parts.

• Some models feature dual-spindle configurations, enabling simultaneous dual-station machining, significantly boosting mass production efficiency.

Swiss-Type CNC Lathes

• Enables all-in-one machining of micro-precision shaft parts using sliding headstock and multi-axis linkage technology.

• Standard multi-position tool holder and sub-spindle support bar feeding automation and back-end machining, ensuring both high efficiency and superior surface finish.

• Widely used in electronic connectors, medical devices, and ultra-precision machining applications.