XT661-X260, Low Profile Cyclone Type
Non-contact suction cups (XT661) utilize the Bernoulli principle for picking up parts where direct contact is not feasible. The design makes it possible for picking up porous, uneven and serrated surfaced objects. XT661's design averts deforming or distorting the shape of fragile and non-rigid workpieces such as: foil, thin sheets, paper, and printed circuit boards. …
XT Non-Contact Suction Cups
Non-contact suction cups (XT661) utilize the Bernoulli principle for picking up parts where direct contact is not feasible. The design makes it possible for picking up porous, uneven and serrated surfaced objects.
XT661's design averts deforming or distorting the shape of fragile and non-rigid workpieces such as: foil, thin sheets, paper, and printed circuit boards.
Visit SMC's Cobot Page: https://www.smcusa.com/help-support/applications/cobots/
XT661-X260, Low Profile Cyclone Type
Non-contact suction cups (XT661) utilize the Bernoulli principle for picking up parts where direct contact is not feasible. The design makes it possible for picking up porous, uneven and serrated surfaced objects. XT661's design averts deforming or distorting the shape of fragile and non-rigid workpieces such as: foil, thin sheets, paper, and printed circuit boards. …
XT661-X322, Bernoulli Square Type
Non-contact suction cups (XT661) utilize the Bernoulli principle for picking up parts where direct contact is not feasible. The design makes it possible for picking up porous, uneven and serrated surfaced objects. XT661's design averts deforming or distorting the shape of fragile and non-rigid workpieces such as: foil, thin sheets, paper, and printed circuit boards. …
XT661-X442, Vortex Grip Type
Non-contact suction cups (XT661) utilize the Bernoulli principle for picking up parts where direct contact is not feasible. The design makes it possible for picking up porous, uneven and serrated surfaced objects. XT661's design averts deforming or distorting the shape of fragile and non-rigid workpieces such as: foil, thin sheets, paper, and printed circuit boards. …