Core Technologies

The "Ideal," "High-Efficiency," and "Durable" Worm Gear System

Materials

Worm: Carburized and heat-treated alloy steel
Worm Gear: High tensile alloy bronze (strength exceeds iron alloys)

Torque Transmission Efficiency

Compared to other material combinations, the material pairing of our worm and worm gear offers a lower coefficient of friction and superior transmission efficiency.

Tooth Profile

The tooth depth is deeper than standard tooth profiles, providing significantly higher torque than conventional gears.

Dual Lead Worm Gear Set Diagram

• Contact area reaches 35%~45% for heavy-duty cutting and continuous processing
• Excellent wear resistance; no backlash adjustment required for 1~2 years
• Accuracy retention within 10 arc-seconds (Standard is 15 seconds)

Braking Structure Diagram

2-1 Multi-Plate Disc Braking Structure
Stable structure prevents surface floating phenomena

2-2 Clamping Sleeve Braking Structure
After inputting pressure, the sleeve deforms to lock the spindle
No delay during release with high clamping force

Bearing Advantage Structure Diagram

• Tri-axial constraint design; support capacity is more than double that of cross roller bearings of the same size
• Dual bearings with enlarged outer diameters enhance axial and radial load capacity, and are resistant to heavy-duty cutting