Copper alloy Worm Gear For Gear Hobbing Machines And Finishing Machines

Precision design and manufacturing (specially for machine tool applications):

High-precision tooth shape: It adopts precision hobbing, shaving or grinding technology to ensure that the tooth shape accuracy (tooth profile, tooth direction, tooth pitch) meets high standards (such as DIN, AGMA, JIS and other levels) and meets the requirements of precision indexing and positioning of machine tools.

Optimized tooth surface finish: The tooth surface finish after finishing is high, which reduces friction resistance, promotes the formation of lubricating oil film, and reduces wear and noise.

Strict dimensional tolerances: Key matching dimensions (such as center distance, hole diameter, keyway, etc.) are precisely controlled to ensure smooth installation and accurate centering on the machine tool, and to ensure transmission stability and accuracy.

Targeted heat treatment (optional/according to alloy): Some copper alloys can be heat treated (such as solution aging) to further improve surface hardness, strength and wear resistance.

Meet the harsh working conditions of machine tools:

Withstand continuous loads: The design can withstand continuous cutting forces (especially radial forces) and inertial loads during processing such as hobbing and shaving.

Adapt to low speed and heavy loads: Worm gear transmission is often used in low speed and high torque applications. The design fully considers the high load capacity and wear resistance requirements at low speed.

Ensure accuracy stability: Excellent wear resistance and rigidity ensure the stability of indexing accuracy and transmission accuracy after long-term use of the machine tool, and reduce the accuracy attenuation caused by wear of key transmission parts.

Low noise operation: Precision manufacturing and excellent material pairing effectively reduce operating noise and improve the working environment.