Gantry Machining Center

To ensure the highest stability and rigidity for different machining applications, TAIKAN provides four types of structural designs:

• Fixed Beam Gantry Structure – The beam remains stationary, ideal for high-precision, heavy-duty cutting.

• Moving Column Gantry Structure – The spindle moves along the X-axis, suitable for long-travel machining of large workpieces.

• Moving Column & Moving Beam Gantry Structure – The combination of moving column and moving beam provides greater flexibility for large-scale machining.

• Bridge-Type Gantry Structure – A highly rigid bridge-style frame, ensuring high dynamic performance for complex five-axis machining.

TAIKAN offers three feed drive methods to ensure high precision and power efficiency across different machining conditions:

• Direct Drive – The direct-drive motor connects directly to the ball screw, reducing transmission loss and improving dynamic response, ideal for precision machining.

• Belt Drive – The synchronous belt drives the ball screw, ensuring smooth operation for various general machining applications.

• Gearbox Drive – A gear reduction system provides high torque output, perfect for heavy-duty cutting and large workpiece machining.

The Z-axis (spindle headstock) is available in three configurations to suit different machining requirements:

• Linear Rail – Ensures smooth movement, suitable for high-speed precision mold machining.

• T-Type Hard Rail – Improves Z-axis rigidity and stability, ideal for heavy-duty cutting.

• Box Way Hard Rail – Enhances vibration resistance and load capacity, making it ideal for machining large workpieces with high rigidity requirements.

Additionally, all Z-axis configurations are equipped with a nitrogen balancing system, effectively reducing spindle weight, increasing servo system lifespan, and improving machining accuracy.

To accommodate a wide range of machining requirements, TAIKAN offers six spindle head configurations:

• Direct-Drive Spindle – High speed and precision, suitable for precision part machining.

• Electric Spindle – Low noise and high-speed operation, perfect for high-finish machining.

• Belt Spindle – Stable operation, adaptable to various machining conditions.

• Gear Spindle – High torque output for heavy-duty cutting applications.

• Fully Automatic 90° Head – Enables five-face machining, improving machining flexibility and efficiency by completing multiple surfaces in a single setup.

• Fork-Type Dual-Swing Milling Head – Supports multi-angle positioning or five-axis simultaneous machining, ideal for complex-shaped workpieces and high-precision large mold machining.