Focus FTC34105HD 5" Stem Caster w/ Brake

The Focus FTC34105HD 5" Stem Caster with Brake is a game-changer for commercial kitchens, storage rooms, and restaurant equipment, delivering effortless mobility while maintaining stability when locked. Ideal for heavy-duty applications, this set of four casters supports 250 lbs per caster (300 lbs total) and features a 3/4" No. 10 threaded stem for direct compatibility with most shelving units. The grease-resistant polyurethane wheels glide smoothly without leaving marks on floors, protecting both your equipment and your space. Whether you're moving refrigeration units, prep tables, or storage carts, these casters provide the durability, precision, and safety needed in fast-paced commercial environments. For restaurant owners, chefs, and warehouse managers, this product ensures smooth operations while reducing wear and tear on your floors.

Designed with professional-grade performance in mind, the Focus FTC34105HD caster set includes a 1" stem length and a brake mechanism that locks the unit in place when needed, preventing accidental movement. This makes it perfect for commercial shelving, racks, and mobile equipment where stability is crucial during loading, unloading, or stationary use. The 250-lb capacity per caster ensures it can handle the demands of high-traffic kitchens and industrial settings, while the smooth-rolling design minimizes effort when transporting heavy loads. Compatible with Focus and other leading brands, this caster set is a must-have for any professional kitchen or warehouse looking to improve efficiency and workflow.

If you're upgrading existing shelving or equipping new mobile units, the Focus FTC34105HD stem caster delivers unmatched reliability, durability, and ease of use. Its grease-resistant wheels prevent scuffing, and the threaded stem ensures a secure fit without the need for additional hardware. Invest in a solution that stands up to daily wear while keeping your operations running smoothly—order yours today and experience the difference in mobility and stability.