Product descriptionHigh friction oval suction cup suitable for movement of elongated thin pieces; the reinforced internal structure ensures that lifted objects are not deformed and increases friction force in applications with force parallel to the grip plane. The innovative design of the support plane inside the suction cup ensures high coefficient of friction with the grip surface, in particular on very oily sheets or glass panes and very wet marble, thanks to this suction cup’s drainage capability. This suction cup is most particularly recommended for applications of handling sheet metal parts in the automotive industry. This feature enables a secure and solid grip by the suction cup and consequently ensures accurate positioning of the load to be moved.
Applications / Benefits- Metal sheet: Sheet metal industry, mainly used for handling, fixing and the processing of metal plate. Particularly suitable for oily surfaces and for handling pieces with lateral force, high slip resistance.
- Slip resistance: Suitable for handling material with a smooth surface, prevents side sliding when gripped.
- Oily surfaces: Special suction cups suitable for oily surfaces; drainage capability improves grip on very oily sheets, very wet marble and glass panes.
Tags- METAL SHEET
- SLIP RESISTANCE
- OILY SURFACES
Attachments- 3D LIBRARY (STEP) – High friction oval suction cup — zip, 28.23 KB
Caractéristiques / spécifications techniques- Product family: high friction oval suction cup
- Series / model: Series 1900
- Main application: handling elongated thin pieces and sheet metal parts (automotive industry)
- Design features: reinforced internal structure to avoid deformation; innovative internal support plane to increase friction
- Surface suitability: very oily sheets, glass panes, very wet marble, smooth surfaces
- Performance: high coefficient of friction; drainage capability to improve grip on wet/oily surfaces; high slip resistance under lateral forces
- Recommended use: handling, fixing and processing of metal plates where lateral forces and oily conditions occur