Vacuum Workholding Solution
Available according to client specifications and drawings
Available according to client specifications and drawings
Our air floating table is designed with operational efficiency and user experience in mind, offering seamless transition between suction and air flotation. This innovation greatly enhances productivity while reducing the physical strain on operators.
This integrated suction and floating table features a dual-function design with shared vacuum and air outlets, combining vacuum hold-down and air flotation in a single platform. It enables secure material fixation during processing and smooth, effortless movement when needed, providing flexible functionality for a wide range of applications.
Equipped with air-float nozzle components, it generates lift by blowing air through the surface, allowing workpieces to float slightly above the platform. This design reduces friction and makes material handling, positioning, and transfer safer and more efficient.
Designed for high-precision processing applications, it minimizes the risk of surface damage by replacing traditional air float nozzles with a felt-covered surface. It’s especially suitable for handling sensitive materials such as display glass, where standard air-floating tables may pose a risk of scratching or abrasion.
The integrated suction and flotation system allows workpieces to glide smoothly during processing, assembly, or transportation. Operators can move heavy or bulky items as easily as if they were floating on an air cushion, whether making horizontal movements or fine adjustments. This reduces labor costs and eliminates the potential for material damage caused by traditional handling methods, making operations both easier and more efficient.
By precisely balancing suction and flotation forces, the vacuum work-holding system minimizes direct contact and friction between the workpiece and the tabletop. This near-frictionless environment prolongs the lifespan of the materials, prevents scratches and wear, and ensures that high-precision processing needs are met without compromising quality.