Bevel Gears

A worm gear system consists of a worm and worm wheel positioned as a cross axis and is the most compact type of gear system. Due to the compact design, worm gear reducers are able to be placed in relatively small spaces and provide high-ratio speed reduction. Worm gears are known to run smoothly and quietly, as long as they are properly mounted and lubricated. Due to these features, typical worm gear applications include presses, small engines, lifts and elevators, rolling mills, conveying engineering, mining industry machines, on rudders, and worm drive saws. For more models, please contact us.

Helical gears have teeth that are set on an angle to the gear axis. The features and benefits are similar to spur gears, but can be a better option when higher velocities are needed. Compared to spur gears, helical gears have greater tooth strength and a higher load carrying capacity. They also have a smoother and quieter operation due to their higher face contact ratio. Helical Gear can bear more load than spur gears, and work more quietly. They are widely used in industry. A disadvantage is the axial thrust force caused by the helix form. For more models, please contact us.

An annular gear having teeth on the inner surface of its rim. The interla gear always meshes with an external gear. For more models, please contact us.

Gear Racks are linear guiding components with gear-shaped teeth. Due to their advantages of forced position limiting, high positioning accuracy, and high transmission efficiency, they are widely used in mechanical transmission systems, such as CNC machine tools, lifting equipment, and iron and steel metallurgy equipment. For more models, please contact us.