Applications

Tandem thrust cylindrical roller bearings are widely used in robotic arms due to their unique structure and excellent performance. In the design of robotic arms, these bearings are often used in key locations, such as joint connections, to withstand the axial and radial loads generated by the robotic arm during movement.

Advantages

High load capacity

Tandem thrust cylindrical roller bearings use multiple bearings combined together, and the shaft ring, seat ring and roller are connected to the cage assembly through elastic spacers to form a compact and high-load structure. This structure enables the bearing to withstand the large axial and radial forces generated by the robotic arm under high-speed movement and high-load conditions, ensuring the stable operation of the robotic arm.

High precision

Tandem thrust cylindrical roller bearings are made of precision processing technology and high-quality materials and have high rotation accuracy. In robotic arms, high-precision bearings can ensure the position accuracy and repeatability of the robotic arm during movement, thereby improving processing quality and efficiency.

Long life

Since tandem thrust cylindrical roller bearings use high-quality materials and advanced heat treatment technology, they have good durability and long service life. In the robot arm, this long-life bearing can reduce downtime and maintenance costs caused by bearing damage, and improve the overall operating efficiency of the equipment.

Low friction and low energy consumption

The tandem thrust cylindrical roller bearing has a large rolling contact area and a low friction coefficient, so it has good lubrication performance and low friction resistance. In the robot arm, low-friction bearings can reduce mechanical energy consumption and wear, and improve the operating efficiency and service life of the equipment.

Compact structure

The tandem thrust cylindrical roller bearing has a limited radial cross-section and a large axial load capacity, making it compact and small in size. In the robot arm, this compact structural design helps to reduce the overall size and weight of the robot arm and improve the flexibility and scope of application of the equipment

Easy to install and maintain

The component structure of the tandem thrust cylindrical roller bearing is simple and easy to install and repair. During the maintenance of the robot arm, the bearings can be easily replaced or repaired, reducing maintenance costs and downtime.