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The input compressed air is deflected in the suction cup, forming a backflow between the workpiece and the surface of the suction cup. The airflow flows through a very small gap between the suction cup body and the center insert, which greatly increases the airflow speed. The high-speed outward air flow creates a vacuum between the suction cup and the workpiece. The pad of the suction cup keeps a certain distance between the suction cup and the workpiece to ensure that the airflow can flow out smoothly. Vacuum generation using Bernoulli's principle enables gentle gripping of various workpieces with almost no contact.

Bernoulli suckerIdeal for handling thin, extremely delicate and fragile workpieces.

Main advantages: 1. Minimize contact with the workpiece and gently grasp the workpiece; 2. Low air consumption and low energy costs; 3. Thanks to the large adsorption force, large workpiece load and low noise; 4. Reliable separation of porous and breathable materials; 5. Minimize assembly and installation.

Photovoltaic industry (solar cells and wafer transportation); thin film solutions and transportation; flat panels; glass sheets; circuit boards; large surface area elastomeric workpieces; breathable workpieces; separated thin and breathable materials; textured materials