Cage-guided and complete complement deep groove sphere bearings differ because:

  • in a cage-guided deep groove ball bearing, the moving elements are held as well as led with a cage in a particular placement.
  • in a full complement deep groove sphere bearing no cage is installed

Cage-guided deep groove round bearings are basic and are not significant individually. Full enhance deep groove ball bearings are commonly noted with the addition MAX, = maximum, because, because of the missing out on cage, the biggest possible variety of rolling elements can be installed. For this purpose, a loading slot is needed.


  • Cage-guided deep groove sphere bearings enable a smooth going for high speeds because the cage holds the rolling aspects in a set position to various others and decreases the friction taking place.
  • Complete enhance deep groove round bearings have more rolling elements and are suitable for higher lots than cage-guided deep groove sphere bearings. They can likewise absorb shock loads.

The following visuals show the various tons capability of cage-guided, as well as complete, enhance deep groove sphere bearings:

The following links take you to the corresponding posts:

  • Cage-guided deep groove sphere bearings
  • Full enhance deep groove ball bearings


PRODUCT choice as well as process physics optimization:

  • Design of the cage geometry
  • Material choice
  • Design of the mold
  • Fabrication of the mold and mildew
  • Injection molding of the cage
  • Injection molding of tensile specimens
  • Characterization and also testing

IMPACT OF liquid such as moisture as well as oil on the homes and geometric dimensions of polymeric cages

REQUIRE COMPUTATION for assembly/disassembly of rollers in the cage by modeling the geometry of the cage, as well as the deformation device. The needed pressure to push out the roller from the cage was calculated according to the rigidity of the cage material.

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