In the logistics and machining industries, industrial robots are crucial for efficient operations, capable of performing a series of complex movements with exceptional efficiency and precision. Precision bearings play an indispensable role in this effort, ensuring the tight fit of the robot's joints and key power transmission points. Industrial robots commonly use a wide variety of bearing types, and Hongyuan Bearings stands out for its superior quality and performance.
The rollers of crossed roller bearings are arranged at right angles to each other, giving them significant advantages in high rigidity and precision. Hongyuan crossed roller bearings excel in applications requiring high loads and high-precision positioning, such as robot joints, rotating platforms, and robotic wrists. They can withstand both radial and axial loads, providing solid and reliable support for critical robot parts, ensuring accurate positioning during complex operations and enabling industrial robots to complete a variety of high-precision tasks.
Thin-wall deep groove ball bearings offer a low friction coefficient, high maximum speed, and a slim, lightweight design. This unique design makes them excellent for applications such as the arms and joints of industrial robots. These areas need to withstand multiple alternating loads, and Hongyuan's thin-walled deep groove ball bearings are not only capable of this task, but also, with their superior manufacturing process, ensure the robot's flexibility and stability during movement, ensuring smooth and seamless operation.
Thin-walled angular contact ball bearings can withstand both axial and radial loads in a single direction. Installing them in pairs in robot reducers and drive units further enhances load-bearing capacity and operational stability. Their low friction, low noise, and high rigidity when paired together provide reliable support for efficient driving of industrial robots, enabling precise and flexible movements and significantly improving their operational efficiency and reliability in complex production environments.
Tapered roller bearings are primarily used in RV reducers and robot joints in industrial robots. In RV reducers, thin-walled tapered roller bearings are used for eccentric shaft positioning and body support, providing high load capacity and rigidity in a limited space, ensuring stable operation and transmission. At robot joints, they can withstand combined radial and axial loads, ensuring flexible and precise joint movement. They can also handle high axial forces, such as in vertical joints, preventing axial play and improving stability and reliability.