A shaft is combined with other parts to form a drive shaft that converts engine rotation and torque into vehicle motion.
These parts include, for example, dynamic dampers, axle nuts, ABS rings, and boot clamps. Shafts are an essential component in many types of machinery. The primary function of a shaft in machinery is to transmit rotational force or power from a motor or power source to the machine's various components.
Shafts for Machinery
The shaft's design and construction must be robust enough to handle the required loads and stresses generated during operation, and it must be carefully aligned to ensure smooth and efficient operation. The manufacturing of shafts is based on precision machining techniques to ensure that they meet the required specifications for size, shape, and tolerance. We customize various types of shafts, including straight, splined, keyed, and threaded shafts. Contact us to discuss your shaft specifications!
Dynamic Damper
A dynamic damper is a balancer attached to a vehicle’s half shaft. The extra weight is added to the shaft and stabilizes the shaft as it spins.
Axle Nuts
An axle nut may be a very small component of the whole shaft. However, it holds a vehicle’s drive shaft and wheel together. A loose nut can cause damage to the shaft and bearings.
ABS Rings
An ABS ring is a tone ring used in the anti-lock braking system (ABS). The ABS ring is on the shaft before connecting to the wheel hub. The driving condition, such as heavy braking, may cause the wheel to lock (wheels cannot rotate) and cause the car to skid on the road. ABS is not used to shorten the brake distance but to increase the car's direction stability when braking.
Boot Clamps
The primary role of a boot clamp is to secure the boot and retain the grease. There are no screws to help tighten the clamp; the clamp is held by the clasp when it bends backward.
