✦ Dual-row ball arrangement – Two rows of balls configured in a tandem layout with identical pitch diameters, creating a compact load-transfer path.

✦ Toothless ring surfaces – Both rings are machined with plain cylindrical faces, free of gear teeth, enabling external drive coupling.

✦ Single-block ring construction – Inner and outer rings are produced from single-piece forgings with no welded joints, ensuring uniform material properties.

✦ Induction-hardened raceways – Each raceway is hardened to 58–62 HRC with a case depth of 2.0–2.8 mm, providing a wear-resistant rolling surface.

✦ Low-profile cross-section – Rings feature a reduced axial height with a height-to-diameter ratio of 1:25, ideal for space-limited installations.

✦ Compact load transfer – The tandem ball layout transmits loads through a narrow footprint, making it easy to fit into machinery with limited space.

✦ Simplified drive design – Toothless rings allow the use of standard belts, chains, or friction wheels, reducing the need for custom gearboxes.

✦ Lower maintenance costs – Plain ring surfaces are easier to clean and inspect, reducing downtime for routine checks.

✦ Flexible mounting – The low-profile design enables installation in tight axial spaces, such as between machine frames or under covers.

✦ Consistent performance – Induction-hardened raceways ensure stable friction characteristics over the bearing's service life.

✦ Seal replacement ease – Integrated seal grooves allow quick seal changes without disassembling the bearing from the machine.