High-Quality Braked Swivel Castors

Brake/steer casters provide both wheel braking and swivel locking, giving you complete directional and movement control. Total lock casters go one step further by simultaneously securing both the wheel rotation and the swivel movement at the same time, providing maximum stability and safety — ideal for stationary medical equipment positioning.

Braked swivel castors are available in a range of sizes to suit different applications, including 2–3 inch, 4 inch, 5 inch (125mm), 6 inch (150mm), and 8 inch (200mm) wheel diameters. Popular sizes for hospital beds and medical equipment are 4, 5, and 6 inches.

These braked swivel castors are compatible with a wide range of major medical equipment manufacturers, including Hill-Rom (Hillrom Century, VersaCare, Affinity, Progressa, Centrella Smart+, and Bariatric Plus series), Stryker, Joerns, Invacare, Hausted, Midmark, and Tente, among others.

Medical braked swivel castor wheels are made from various materials depending on the application, including rubber, urethane (such as Tente urethane), Santoprene, and specialized plastics. These materials are chosen for smooth operation, floor protection, and durability in demanding healthcare environments.

Yes, ESD-protected braked swivel castors are available. These are designed to prevent electrostatic discharge buildup and are compatible with sensitive medical environments, such as Hillrom Procedural Stretchers, where static control is critical.

Yes. Compatible high-quality replacement braked swivel castors can save you 30–100% compared to original equipment manufacturer (OEM) pricing, while still meeting or exceeding the original equipment specifications and quality standards.

Braked swivel castors are available in multiple mounting configurations, including stem mount designs for easy installation and compatibility with a wide range of medical bed and equipment frames. Both single wheel and twin wheel configurations are offered, with twin wheel designs providing enhanced stability and maneuverability.