Auto Drive Systems
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This electric car rear driving axle is a reliable component designed for electric vehicle applications. It features a sturdy construction and incorporates a differential mechanism for smooth power distribution to the wheels, enhancing vehicle stability and handling.

This electric car rear drive axle features an integrated motor and differential, designed for efficient power transmission and optimal vehicle performance. The robust construction ensures durability and reliability, while the compact design allows for easy integration into various electric vehicle platforms.

This axle shaft is designed for optimal performance and durability. It is precision-engineered for reliable power transmission in demanding applications.

This constant velocity (CV) axle is designed for efficient power transfer in automotive applications. It features robust construction with durable materials for an extended service life.

This constant velocity (CV) axle transmits torque from the transmission to the wheels at a constant speed. It is made with high-strength steel and features two CV joints, typically one inboard and one outboard, enclosed by rubber boots.

Designed for transmitting torque from the transmission to the wheels in front-wheel and all-wheel drive vehicles. It is made of high-strength steel with protective rubber boots.

This CV axle is precision-engineered for optimal performance and durability in automotive applications. It features constant velocity joints on both ends for smooth power transfer and minimized vibration, with protective boots to protect from contaminants and extend the lifespan.

This series balancing machine utilizes a frequency motor drive and belt drive for two-side balancing. The system, which includes an industrial control computer and cabinet, allows for easy workpiece installation and balancing of various car drive shafts.

This heavy-duty axle assembly is designed for robust performance in demanding applications. The axle features precision-engineered gears for optimal power transmission and a durable housing for maximum protection.

This center bearing supports the driveshaft in automotive applications, reducing vibration. Its robust rubber housing dampens vibration, while the precision bearing ensures reliable power transmission, typically in vehicles using a two-piece driveshaft.

This differential case is designed for automotive applications. It features a robust cast construction with integrated gear teeth for efficient power transmission and secure installation.

This constant velocity (CV) axle is designed for optimal performance and durability. It features precision-engineered joints for smooth power transfer and reduced vibration.

This heavy-duty axle is designed for automotive applications. It features a robust construction with integrated mounting brackets for secure attachment to the vehicle's chassis, ensuring efficient power transfer to the wheels.

Automobile axle designed for transmission systems. It features symmetrical axle shafts, brake drum assemblies and mounting hardware for integration into a vehicle's suspension system.

This heavy-duty rear axle assembly is designed for robust performance and durability. The axle housing is constructed from durable, black-finished metal, providing excellent resistance to wear and corrosion.

This assembly includes a transfer gear designed to transmit power from the transmission to both the front and rear axles. The 4WD front axle is a complete assembly with differential housing, axle shafts, and steering knuckles, enhancing traction and off-road capabilities.

High-strength automotive chain designed for durability and reliable performance in vehicle applications. Constructed from hardened steel, this chain ensures efficient power transmission and resistance to wear and tear.

These driveshaft boots shield the driveshaft from dirt, debris, and moisture. They maintain the driveshaft's performance, ensuring reliable power transfer in automotive applications.