THK Double Row Angular Contact Roller Ring RW445(G)
Highly rigid double-row angular contact roller rings capable of receiving a load in any direction
Feature 1: High Rigidity. An increased number of rollers achieves high rigidity.
Feature 2: High Accuracy. Wobbling accuracy of 2 μm allows for high rotational accuracy.
Feature 3: Easy to Install. Mounting holes in the inner and outer rings reduce the number of design steps and components.
THK Double Row Angular Contact Roller Ring RW297(G)
Highly rigid double-row angular contact roller rings capable of receiving a load in any direction
Feature 1: High Rigidity. An increased number of rollers achieves high rigidity.
Feature 2: High Accuracy. Wobbling accuracy of 2 μm allows for high rotational accuracy.
Feature 3: Easy to Install. Mounting holes in the inner and outer rings reduce the number of design steps and components.
THK Double Row Angular Contact Roller Ring RW297X
Highly rigid double-row angular contact roller rings capable of receiving a load in any direction
Feature 1: High Rigidity. An increased number of rollers achieves high rigidity.
Feature 2: High Accuracy. Wobbling accuracy of 2 μm allows for high rotational accuracy.
Feature 3: Easy to Install. Mounting holes in the inner and outer rings reduce the number of design steps and components.
THK Double Row Angular Contact Roller Ring RW228X
Highly rigid double-row angular contact roller rings capable of receiving a load in any direction
Feature 1: High Rigidity. An increased number of rollers achieves high rigidity.
Feature 2: High Accuracy. Wobbling accuracy of 2 μm allows for high rotational accuracy.
Feature 3: Easy to Install. Mounting holes in the inner and outer rings reduce the number of design steps and components.
THK Double Row Angular Contact Roller Ring RW228 (G)
Highly rigid double-row angular contact roller rings capable of receiving a load in any direction
Feature 1: High Rigidity. An increased number of rollers achieves high rigidity.
Feature 2: High Accuracy. Wobbling accuracy of 2 μm allows for high rotational accuracy.
Feature 3: Easy to Install. Mounting holes in the inner and outer rings reduce the number of design steps and components.
THK Cross Roller Ring RBU 19025
Because the RBU features cylindrical rollers that are arranged orthogonally between spacer cages inside a 90°V-shaped raceway, a single bearing can handle radial, axial, and moment loads in all directions. In addition, it can be used for both inner-ring and outer-ring rotation because neither the inner nor outer ring has a split structure.
THK Cross Roller Ring RBU 18025
Because the RBU features cylindrical rollers that are arranged orthogonally between spacer cages inside a 90°V-shaped raceway, a single bearing can handle radial, axial, and moment loads in all directions. In addition, it can be used for both inner-ring and outer-ring rotation because neither the inner nor outer ring has a split structure.
THK Cross Roller Ring RBU 16025
Because the RBU features cylindrical rollers that are arranged orthogonally between spacer cages inside a 90°V-shaped raceway, a single bearing can handle radial, axial, and moment loads in all directions. In addition, it can be used for both inner-ring and outer-ring rotation because neither the inner nor outer ring has a split structure.
THK Cross Roller Ring RBU 15025
Because the RBU features cylindrical rollers that are arranged orthogonally between spacer cages inside a 90°V-shaped raceway, a single bearing can handle radial, axial, and moment loads in all directions. In addition, it can be used for both inner-ring and outer-ring rotation because neither the inner nor outer ring has a split structure.
THK Cross Roller Ring RBU 15013
Because the RBU features cylindrical rollers that are arranged orthogonally between spacer cages inside a 90°V-shaped raceway, a single bearing can handle radial, axial, and moment loads in all directions. In addition, it can be used for both inner-ring and outer-ring rotation because neither the inner nor outer ring has a split structure.
THK Cross Roller Ring RBU 14025
Because the RBU features cylindrical rollers that are arranged orthogonally between spacer cages inside a 90°V-shaped raceway, a single bearing can handle radial, axial, and moment loads in all directions. In addition, it can be used for both inner-ring and outer-ring rotation because neither the inner nor outer ring has a split structure.
THK Cross Roller Ring RBU 14016
Because the RBU features cylindrical rollers that are arranged orthogonally between spacer cages inside a 90°V-shaped raceway, a single bearing can handle radial, axial, and moment loads in all directions. In addition, it can be used for both inner-ring and outer-ring rotation because neither the inner nor outer ring has a split structure.
