A full complement cylindrical roller bearing is a cageless bearing that incorporates the maximum possible number of rollers to achieve the highest radial load-carrying capacity and stiffness in a compact design.
Double Row Full Complement Cylindrical Roller Bearings
Roller Bearings
Double Row Full Complement Cylindrical Roller Bearings
By eliminating the cage, the full complement design allows the maximum number of rollers to be packed into the available space. This results in exceptionally high radial load capacity and stiffness while maintaining a compact envelope – ideal for applications where space is limited but load demands are high.
Superior load capacity
The full complement design enables the maximum number of rollers, resulting in significantly higher radial load capacity compared to caged bearings of the same size.
High radial rigidity
The maximum number of rollers in contact with the raceways minimizes elastic deflection under load, providing exceptional rigidity for precision applications.
Compact design
Without a cage, the bearing requires less axial and radial space. This enables lighter, space-saving machine designs without compromising performance.
