Caster Wheel with Brake: Load Capacity and Performance

Casters are used to provide controlled mobility and secure positioning for a wide range of equipment. In healthcare, they are essential for hospital beds, stretchers, medical carts, and long-term care furniture. In industrial settings, they support manufacturing equipment and material handling systems that require controlled movement and reliable locking.

Brake caster load capacities vary by size and design, typically ranging from 150 to 1,000 pounds per caster depending on the application requirements. Bariatric-grade and heavy-duty industrial models are available for higher-load demands.

Brake caster wheels are available in a range of sizes to suit different applications, including small (2–3 inch), 4-inch, 5-inch, 6-inch, 8-inch, 125mm, 150mm, and 200mm options. Custom and variable sizes are also offered to meet specific equipment requirements.

Brake caster wheels are available in several functional configurations, including Brake Only, Brake/Steer (dual functionality), Total Lock (which locks both wheel rotation and swivel), and Swivel Only. The right choice depends on how much positional control is needed for your specific equipment.

Yes, many brake caster models are engineered for compatibility with specific equipment brands and series, including HillRom, Centrella, Centrella Smart+, VersaCare, Progressa, and Century Series hospital beds, as well as stretchers and perinatal and birthing bed furniture.

ESD (Electrostatic Discharge) protection in a brake caster prevents the buildup and discharge of static electricity. This feature is critical in sensitive medical and electronic environments where static discharge could damage equipment or interfere with patient care devices. Humphries offers 125MM medical-grade brake casters with ESD protection for these applications.

A single wheel brake caster uses one wheel per caster assembly and is commonly used for standard hospital beds and medical equipment. A twin wheel configuration features two wheels side by side, which provides enhanced stability and better load distribution — making it well-suited for bariatric-grade equipment and applications requiring greater balance and weight support.