Xto Technical Est.
  • AddressP.O. Box 46008, Abu Dhabi, United Arab Emirates. ICAD Sector: M559 , Plot No. 12589 , Abu Dhabi – U
  • Factory AddressP.O. Box 46008, Abu Dhabi, United Arab Emirates. ICAD Sector: M559 , Plot No. 12589 , Abu Dhabi – U
  • Worktime+971 2 633 1259
  • Phone(Working Time)+971 2 633 1259
  • Fax+971 2 633 1259

Company Profile

Crossed Roller Bearings are compact bearings with their rollers alternately crossed at right angles to each other between inner and outer rings. They can take loads from any directions at the same time such as radial, thrust and moment loads. The rollers make line-contact with raceway surfaces, and, therefore, elastic deformation due to bearing loads is very small.
These bearings are widely used in the rotating parts of industrial robots, machine tools, medical equipment, etc., which require compactness, high rigidity and high rotational accuracy.
In addition, bearings made of stainless steel or those with inner and outer rings provided with mounting holes are also available on request. 

Company Details

  • 3210
  • North America, South America, Eastern Europe, Southeast Asia, Africa, Oceania, Mid East
  • Bearing
  • 36
  • 12598
  • 1877
  • 963.852074108520


High Rigidity 
Type Crossed Roller Bearings Both inner and outer rings have a solid one-piececonstruction. Therefore, high accuracy and high rigidity are achieved, and mounting errors can be minimized.
As separators are incorporated between the cylindrical rollers for smooth rotation, these bearings are suitable for applications where rotational speed is comparatively high.
Standard Type Crossed Roller Bearings
The outer ring is made of two split pieces, which are bolted together to prevent separation during transportation or mounting. So, handling is easy.
Super Slim Type Crossed Roller Bearings 
This Type is extremely compact bearing having 5.5mm of sectional height and 5mm of width. Separators are incorporated between Cylindrical rollers for smooth rotation. These compactness, lightness and smoothness contribute downsizing of the machine and saving driving power.


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