Gear Rack

Precision meshing, constant transmission ratio

Based on the precise design of involute tooth shape (customizable pressure angle and modulus) and high-precision tooth grinding process, it ensures rigid meshing between rack and gear, no sliding and no backlash during work, absolute synchronization of transmission motion, and provision of constant and precise transmission ratio. Especially suitable for high-precision positioning and speed synchronization control occasions.

Excellent load bearing and anti-slip design

Thanks to the large meshing area and high-strength materials (customized alloy steel, etc.), together with the precision tooth shape and optimized tooth hardness/treatment (such as high-frequency hardening and DLC coating), the rack's ability to resist pitting corrosion and abrasion is significantly enhanced. Ensure that in high torque, heavy load transmission and transfer applications, effectively preventing slippage, jumping teeth phenomenon, reliable power transmission without delay.

Smooth operation, low noise and vibration

Through high-precision pitch control and ultra-precision grinding of the tooth surface (Ra value can be customized), the gear and rack can achieve a smooth mesh transition. Combined with optional customized tooth profile trimming (to compensate for force deformation), it effectively reduces shock and vibration, and significantly suppresses running noise. It is especially suitable for applications with stringent requirements for smooth operation and quiet environment.

Non-Standard Customization

We have no stock gear processing, only for customers to customize gear products, we can be customized according to the drawings provided by the customer to sample processing, but also according to customer demand for customers to gear drawing design and material selection.

Performance Optimization

For customer's special requirements, such as the production of racks need additional surface treatment, we can provide high-frequency quenching or DLC coating, including physical vapor deposition coating or other anodic oxidation coating treatment, to enhance the performance of the product, such as service life, hardness, oxidation resistance and so on.

Technical Parameters