Suction cup B110 HNBR, G1/2" female, clamp ring with mesh filter - 1
Item number: B110.37.11NC
15 Variants

Suction cup B110 HNBR, G1/2" female, clamp ring with mesh filter

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR and nitrile-PVC.
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Variants

  • Suction cup B110 Silicone, G3/8" female, clamp ring with mesh filter
    B110.20.11NA
  • Suction cup B110 Silicone, G1/2" female, clamp ring with mesh filter
    B110.20.11NC
  • Suction cup B110 Silicone, 3/8" NPSF female, clamp ring with mesh filter
    B110.20.11NB
  • Suction cup B110 Silicone
    B110.20
  • Suction cup B110 Nitrile-PVC, G3/8" female, clamp ring with mesh filter
    B110.30.11NA
  • Suction cup B110 Nitrile-PVC, G1/2" female, clamp ring with mesh filter
    B110.30.11NC
  • Suction cup B110 Nitrile-PVC, 3/8" NPSF female, clamp ring with mesh filter
    B110.30.11NB
  • Suction cup B110 Nitrile-PVC
    B110.30
  • Suction cup B110 HNBR, G3/8" female, clamp ring with mesh filter
    B110.37.11NA
  • Suction cup B110 HNBR, G1/2" female, clamp ring with mesh filter
    B110.37.11NC
  • Suction cup B110 HNBR, 3/8" NPSF female, clamp ring with mesh filter
    B110.37.11NB
  • Suction cup B110 HNBR with washer
    B110.37.W
  • Suction cup B110 HNBR
    B110.37
  • Suction cup B110 Nitrile-PVC, G1/2" female Al, with mesh filter
    B110.30.11UA
  • Suction cup B110 Silicone, G1/2" female Al, with mesh filter
    B110.20.11UA

Features

  • Suitable for level adjustment. Several short bellows in one lifting device can handle objects with height differences and varying shapes, for example embossed or corrugated plates.
  • The lifting movement can be used to separate small and thin objects.
  • Only lightweight objects should be handled when the lifting force is parallel to the surface of the object, in order to achieve good precision and safe lifting movement.