Combines our Level-It leveler with a patented locking feature to keep the anti-skid elastomer pad on the base, making it a much more stable assembly than the traditional glued-on rubber pad. Ideal for equipment that is moved or dragged across the floor.

Patented, leveling mounts for light, medium, and heavy-duty applications. The sleek design is ideal for everything from production machinery, conveyors and electronic equipment to retail displays and high-end office furniture.

Combines our Level-It leveler with a patented locking feature to keep the anti-skid elastomer pad on the base, making it a much more stable assembly than the traditional glued-on rubber pad. Ideal for equipment that is moved or dragged across the floor.

Similar in construction to Level-It, but with an attractive, streamlined base that has a much lower profile for applications that require more clearance at the base. Standard configurations offer a medium or heavy-duty anti-vibration/non-skid pad. Also available with a non-marking Delrin® base.

Patented leveling mount engineered to reduce transmitted vibrations in all types of machinery and sensitive instruments, from large CNC machines to laboratory scales. Offered in three capacities, a properly specified Anti-Vibe mount can isolate transmitted machinery vibrations by up to 98%.

Easiest, most cost-effective way to attach mounts and glides to the tubes and pipes used to construct frames, conveyor bases, and industrial machinery. The glass-reinforced nylon body is molded around the threaded brass insert to ensure that the insert stays in place under the toughest conditions.

These industrial, highly economical glides are suitable for light-duty applications including office furniture, cabinetry, shelving, point of purchase (POP) displays and small machines. Available in clear zinc-plated steel or stainless steel.

These economical glides are designed for light-duty applications. Commonly used on office partitions, shelving, exercise equipment, point of purchase (POP) displays and smaller machines.