Leveling Mounts

Check the tapped hole or mounting bracket on your equipment for the thread specification. Common U.S. sizes include 3/8"-16, 1/2"-13, and 5/8"-11. Metric threads such as M8, M10, and M12 are also available. If you are replacing existing leveling feet, remove one and measure the thread diameter and pitch to find the match.

Capacity varies by model, from a few hundred pounds for light-duty furniture feet up to several thousand pounds per mount for heavy industrial leveling pads. Always check the rated load capacity in the product listing and ensure your per-mount load stays within that rating after applying a safety factor.

Anti-vibration mounts use an elastomeric pad or rubber sandwich construction that absorbs vibration energy before it reaches the floor. This reduces noise, protects the floor surface, improves equipment accuracy for precision machinery, and lessens vibration fatigue on nearby structures and personnel.

Yes. A common configuration uses casters for mobility and leveling mounts that can be deployed to stabilize the equipment once in position. Some manufacturers offer combination caster-leveler units, or you can install separate leveling mounts between caster positions and adjust them down to the floor when stationary.

Caster Central leveling mounts are available with standard threaded stems in common sizes from 1/4"-20 through 3/4"-10 and metric equivalents. Base pads range from hard nylon for general-purpose use to elastomeric compounds that absorb vibration and dampen noise. Anti-vibration leveling mounts are particularly valuable under machinery, CNC equipment, compressors, and any application where operational vibration would otherwise transmit through the frame to the floor and surrounding structures.

When sizing leveling mounts, start with the load. Divide the total equipment weight by the number of mounting points to determine the minimum capacity per mount, then add a safety margin for dynamic loads or off-center weight distribution. Next, confirm the thread size matches the receiving hole or bracket on your equipment. Finally, select a pad material based on your environment. Hard pads work well on smooth, level concrete. Soft elastomeric pads are the right choice when vibration reduction or grip on slippery surfaces is a priority.