The Enveloping Worm Reducer produced by our company adopts a unique transmission structure design, and realizes power transmission through the special meshing method of the worm and the worm wheel. Its core principle is as follows:
Worm and worm wheel meshing
The worm adopts an envelope tooth shape, which forms a multi-tooth contact with the tooth surface of the worm wheel. Compared with ordinary worm reducers, it has a larger contact area and a stronger load-bearing capacity.
Power transmission process
The motor drives the worm to rotate, and the helical teeth of the worm drive the worm wheel to rotate, realizing deceleration and torque increase. Due to the special tooth shape design of the enveloping worm, the transmission is smoother and the impact is smaller.
Self-locking characteristics
Under a specific speed ratio, the enveloping worm reducer can achieve reverse self-locking to prevent the load from reversing, and is suitable for occasions such as lifting and conveying that require safe braking.
Efficient transmission
The optimized tooth surface processing technology and lubrication design reduce friction loss, and the transmission efficiency can reach more than 90%, which is better than the traditional worm gear structure.
Our company's Enveloping Worm Reducer is precision-processed and rigorously tested to ensure reliable transmission and long life, and is suitable for heavy-duty scenarios such as metallurgy, mining, and automation equipment.
