Precision Angular Contact Ball Bearings and Cylindrical Roller Bearings

1. High Load Capacity: The FCD76108400 cylindrical roller bearing has a large radial load capacity, making it effective for supporting heavy loads and suitable for high-load working environments. The 100BER19 precision angular contact ball bearing can handle both axial and radial loads simultaneously, with a contact angle design that maintains stability even at high speeds. The combination of the FCD76108400 cylindrical roller bearing and 100BER19 precision angular contact ball bearing ensures that the rotary table can handle complex load conditions during machining processes.

2. Improved Precision: The design of the 100BER19 precision angular contact ball bearing allows it to maintain higher positioning accuracy during rotation, which is essential for machine tools requiring high-precision machining. Combined with the rigidity of the FCD76108400 cylindrical roller bearing, the overall system achieves more precise motion control, enhancing machining quality.

3. Reduced Friction and Wear: The combination of the FCD76108400 cylindrical roller bearing and the 100BER19 precision angular contact ball bearing effectively reduces the friction coefficient. The cylindrical roller bearing reduces friction through rolling contact, while the angular contact ball bearing lowers operational resistance by optimizing the contact angle. These low-friction characteristics improve energy efficiency, extend the lifespan of the bearings and other machine tool components, and reduce maintenance needs.

Additional Notes:

The UK customer decided to purchase QIBR’s FCD76108400 cylindrical roller bearings and 100BER19 precision angular contact ball bearings to meet their requirements for the stability and reliability of precision machine tool rotary tables. QIBR utilizes advanced manufacturing processes to ensure the bearings’ components have high dimensional accuracy and excellent surface finish, maintaining low noise and vibration during high-speed rotation. The structural design of QIBR bearings allows them to withstand large impact loads without damage, which is especially important in machine tool operations when unexpected situations occur.