✦ Integral ring construction – Both inner and outer rings are manufactured as single-piece components without splits or joints.

✦ Crossed cylindrical roller arrangement – Cylindrical rollers are alternately oriented at 90° in a V-shaped raceway, providing line contact with both axial and radial raceways.

✦ Flanged inner ring – The inner ring incorporates an integral flange with equispaced through-holes for mounting.

✦ Outer ring mounting holes – The outer ring features equispaced threaded holes or through-holes for attachment to the machine structure.

✦ Size range – Available in bore diameters from 200 mm to 2,000 mm, with corresponding outer diameters from 300 mm to 2,500 mm.

✦ Through-hardened rings – Rings are uniformly hardened for consistent wear resistance across the section.

✦ Provides exceptional rigidity – The crossed roller geometry delivers high stiffness for heavy-duty rotary applications.

✦ Handles combined loads – The bearing supports radial, axial, and tilting moment loads in a single unit.

✦ Enables high rotational accuracy – The integral ring design and tight tolerances ensure precision positioning for machine tools.

✦ Simplifies installation – The integral flange on the inner ring allows direct mounting without additional adapter plates.

✦ Supports heavy-duty operations – The robust design is specifically developed for machine tool rotary tables and large indexing systems.

✦ Reduces maintenance requirements – The line-contact roller geometry distributes loads evenly, extending service life.