QIBR slewing rings delivered to our customer in Palermo, Italy, to improve stability and durability of industrial robot bases
- Continent
- Europe
- Country
- Italy
- Date
- 2016-03-04
- Categories
-
Slewing Bearing
- Applications
- Industrial robot base
Products Used
Slewing ring
1. Multi-directional load capacity: 110.25.560 slewing bearings can simultaneously withstand multiple loads such as radial, axial and overturning moments. The inner and outer rings have deep and narrow grooves, allowing the balls to roll freely in the grooves, and can withstand radial loads and certain axial loads, with strong multi-directional load capacity. Suitable for industrial robot bases, it can effectively cope with the complex mechanical states generated by the robot during operation.
2. Low friction characteristics: The contact area between the rolling element and the inner and outer rings of the 110.25.560 slewing support bearing is relatively small. The inner and outer rings and rolling elements are generally made of high-quality materials with high hardness and high wear resistance, which can effectively reduce the increase in friction caused by wear. The bearing can achieve smoother and more efficient rotational motion and reduce energy loss.
3. Precision manufacturing: The 110.25.560 slewing support bearing adopts a high-precision manufacturing process to ensure the matching accuracy between the components, so that the bearing can maintain a stable rotation state during operation, avoiding inflexibility or jamming caused by excessive clearance.
Additional Notes:
Italian customers choose to purchase 110.25.560 slewing ring from QIBR to meet the needs of industrial robot bases in terms of stability and durability. The 110.25.560 slewing support bearing is made of high-strength materials and is finely processed to ensure excellent wear resistance and corrosion resistance under high loads and complex operations. QIBR 110.25.560 slewing bearing adopts high-quality materials and advanced sealing technology, which can effectively prevent dust and dirt from entering, which enables the bearing to operate stably in harsh environments and prolong its service life.