Bearings

Compact footprint, similar to needle roller bearings. Non-separable, rugged construction featuring two rows of rollers. Heavy-duty design, built to withstand both radial and axial loads.

Compact footprint, similar to needle roller bearings. Non-separable, rugged construction featuring two rows of rollers. Heavy-duty design, built to withstand both radial and axial loads.

Compact footprint, similar to needle roller bearings. Non-separable, rugged construction featuring two rows of rollers. Heavy-duty design, built to withstand both radial and axial loads.

Compact footprint, similar to needle roller bearings. Non-separable, rugged construction featuring two rows of rollers. Heavy-duty design, built to withstand both radial and axial loads.

Unique design incorporates a thin needle-shaped roller into the moving element to achieve high load capacity in a small footprint. Lower cross-section height and higher load capacity than traditional ball bearings. Small and compact for reduced overall machine size in light weighting efforts.

Unique design incorporates a thin needle-shaped roller into the moving element to achieve high load capacity in a small footprint. Lower cross-section height and higher load capacity than traditional ball bearings. Small and compact for reduced overall machine size in light weighting efforts.

Unique design incorporates a thin needle-shaped roller into the moving element to achieve high load capacity in a small footprint. Lower cross-section height and higher load capacity than traditional ball bearings. Small and compact for reduced overall machine size in light weighting efforts.

Unique design incorporates a thin needle-shaped roller into the moving element to achieve high load capacity in a small footprint. Lower cross-section height and higher load capacity than traditional ball bearings. Small and compact for reduced overall machine size in light weighting efforts.

Unique design incorporates a thin needle-shaped roller into the moving element to achieve high load capacity in a small footprint. Lower cross-section height and higher load capacity than traditional ball bearings. Small and compact for reduced overall machine size in light weighting efforts.

Unique design incorporates a thin needle-shaped roller into the moving element to achieve high load capacity in a small footprint. Lower cross-section height and higher load capacity than traditional ball bearings. Small and compact for reduced overall machine size in light weighting efforts.