What type of lifter is commonly used to lift loads with a suitable surface for vacuum lifting pads?

The commonly used lifter for lifting loads with a suitable surface for vacuum lifting pads is the vacuum lifter. Vacuum lifting devices operate by creating a vacuum between the lifting pad and the surface of the material being lifted. When the vacuum is applied, it causes atmospheric pressure to push the lifting pad against the load, providing a secure grip on smooth, non-porous surfaces like glass, metal, or plastic.

This method is particularly effective for handling flat or slightly curved materials, making the vacuum lifter versatile in various industries such as construction, manufacturing, and warehousing. The ability to lift without mechanical means (like hooks or clamps) also helps reduce the risk of damaging the load or contamination.

In contrast, other lifters like magnetic lifters are specifically designed to lift ferromagnetic materials and would not be suitable for use with non-magnetic surfaces. Hydraulic lifters utilize fluid pressure to generate lifting force but do not provide the same vacuum-based solution, and mechanical lifters often involve physical mechanisms that may not be optimal for handling delicate or smooth surfaces effectively. Thus, the vacuum lifter stands out for its unique capability to securely lift a wide range of materials with appropriate surface characteristics.