It has the ability to rotate in multiple directions, can achieve flexible changes in angles, and enable smooth power transmission between different axes. Universal balls are generally made of high-strength steel, and the surface is precision machined and heat-treated to ensure its wear resistance and service life. It is widely used in automotive transmission systems, mechanical equipment, agricultural machinery, industrial robots and other fields, and is an important component for achieving complex movements and power transmission.
The universal ball is a key component used to connect mechanical parts and is usually installed in a universal joint. It can achieve multi-directional rotation and angle changes, allowing power or motion to be smoothly transmitted between different axes. The universal ball has a compact structure and is usually made of high-strength materials with good wear resistance and load-bearing capacity. It is widely used in automotive transmission systems, industrial machinery, agricultural machinery, robots and other fields, and is an important component for achieving complex rotation and flexible connection.
Strong multi-directional rotation ability
Can rotate freely at multiple angles to achieve complex motion transmission.
Compact structure
Compact design, small footprint, easy to install in various mechanical systems.
High load-bearing capacity
Made of high-strength materials, can withstand large loads and impacts.
Good wear resistance
The surface is specially treated to improve wear resistance and extend service life.
Smooth operation
Can effectively reduce vibration and noise, ensuring the smooth operation of the machine.
Convenient maintenance
Reasonable design, easy to disassemble and replace, reducing maintenance costs.
(1) Automobile manufacturing: used in automobile transmission systems and suspension systems to achieve flexible steering and power transmission.
(2) Mechanical engineering: widely used in mechanical connecting rods and joint devices to ensure flexible movement of mechanical parts.
(3) Aerospace: used in flight control systems and steering mechanisms to ensure high precision and reliability.
(4) Robotics: provides multi-degree-of-freedom movement capabilities for robot joints to improve operational flexibility.
(5) Medical equipment: used for joint connections of surgical instruments and rehabilitation equipment to achieve fine operation.
(6) Agricultural machinery: used in power transmission and steering systems of tractors and other agricultural machinery.
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Zhangzhou Dingsen Trading Co., Ltd.
