Item number: 0101143
34 Variants
Suction cup F50MF Thermoelastic polyurethane
Piab’s mark-free TPE flat suction cups are designed for gentle, trace-free handling of sensitive or high-value products. Made from advanced thermoplastic elastomer (TPE), these cups provide a soft, non-marking grip, ideal for surfaces where appearance is critical. The flat design ensures stable and secure lifting, making them perfect for electronics, glass, and finished goods.
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Fitting
Without fitting None
M5 MaleBrass
5xM5 FemaleAl, Brass, PA
5xM5 FemaleDual flow control valve, Al, Brass, PA
M5 FemaleAl
G 1/8" Male, M5 FemaleFilter mesh, Al
M5 FemaleDual flow control valve, Al
G 1/8" Male, M5 FemaleDual flow control valve, Al
G 1/8" MaleFilter mesh, Al
G 1/8" MaleDual flow control valve, Filter mesh, Al
G 1/4" MaleFilter mesh, Al
G 1/4" MaleDual flow control valve, Filter mesh, Al
G 3/8" MaleFilter mesh, Al
G 3/8" MaleDual flow control valve, Filter mesh, Al
3/8" NPT MaleFilter mesh, Al
1/8" NPSF FemaleFilter mesh, Al
1/8" NPSF FemaleDual flow control valve, Al
5x1/8" NPSF FemaleAl
Not compatible with the selected fitting or size. Choosing this option will adjust the size/fitting.
Features
- Mark-Free Material. Made from special thermoelastic polyurethane (TPU), these cups leave no marks or traces on handled objects, ensuring perfect surface integrity for glass, metal, and other sensitive materials .
- Ideal for Flat Surfaces. Engineered specifically for flat objects, the F-MF cups provide excellent stability and minimal inherent movement during handling .
- The design delivers a strong, stable grip with minimal deformation, making them reliable for precise positioning and parallel lifting .
- Available in multiple sizes from 15 to 50 mm, the series covers a broad range of application needs, from small to large flat objects .
- The material withstands a wide temperature range and resists common chemicals, making the cups suitable for demanding industrial environments
- Recommended when the lifting force is parallel to the surface of the object.