Manufacturing bearings of any kind is a very precise and sensitive job. The meanings of 0.001 mm dimensional tolerance and sometimes roughness in many cases creates the difference between a high quality bearing among others. Although the roughness of bearing seat surfaces does not have the same degree of influence on bearing performance as the dimensional, form and running accuracies. However, a desired interference fit is much more accurately obtained the smoother the mating surfaces are. For less critical bearing arrangements relatively large surface roughness is permitted.Using best machinery and high grade alloys according to DIN, assures the quality of our bearings.

Types and Designs

  1. Cylindrical Roller Bearings
  2. Thin Section Ball Bearings
  3. Deep Groove Ball Bearings
  4. Tapered Roller Bearings
  5. Angular Contact Ball Bearings
  6. Double Row Ball Bearings
  7. Spherical And Spherical Self-Alignment Roller Bearings
  8. Ceramic Bearings
  9. Hybrid Bearings


  1. Wheel End Bearings- All generations3
  2. Engine Bearings – Idlers, Tensioner Pulleys, Auxiliary Pulleys
  3. Driveline Bearings- CV Joints and Driveshafts
  4. Suspension Bearings
  5. Clutch Bearings

Cross References

  1. KOYO
  2. FAG
  3. NTN
  4. SKF
  5. NSK
  6. SNR
  7. IRB
  8. BCA

The lubricant and sealing elements also play a crucial role. To maximize bearing performance, the correct amount of an appropriate lubricant must be present to reduce friction in the bearing and protect it from corrosion.

Sealing elements are important because they keep the lubricant in, and contaminants out, of the bearing cavity. This is particularly important since cleanliness has a profound effect on bearing service life.

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