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Stainless steel material (typically Grade 304 or 316) possesses high hardness and strong impact resistance.

The hardness of rubber leveling feet typically ranges from 60 to 90 Shore A (referencing the ISO 7619 standard). Higher hardness corresponds to a grea

A specific formula is used to calculate the load capacity of a leveling foot: Total Equipment Weight (kg) = Load Capacity per Foot (kg) × Number of Le

Metal Bases: Tapping is typically required. For instance, equipment bases made of steel or aluminum require pre-tapped threaded holes (common sizes in

Process: Sheet metal is processed into the required product using a punch press and stamping dies (comprising a female die and a male die).

The primary functions of leveling feet include adjusting equipment height, providing structural support, and facilitating horizontal leveling and vibr

Leveling feet (also known as floor mounts or adjustable feet) are mechanical components used to support equipment and adjust its height; they are typi

In the vast realm of industrial automation, leveling feet—serving as indispensable structural support components for industrial frameworks—play a pivo

Through precision machining techniques, the adjustment accuracy of the leveling feet reaches ±0.01 mm.

Leveling feet can be classified according to various dimensions—such as material and function—to accommodate diverse application scenarios and load re

As a multi-directional support and movement component widely utilized in material handling, assembly lines, logistics equipment, automated platforms,

The specific parameters of a ball transfer unit include dimensional parameters, load-bearing capacity parameters, material parameters, precision param