This is VACUFORCE

AUTOMATIC VACUUM PICK AND PLACE CYLINDERS

VACUUM PICK UP CYLINDERS

Vacuforce's vacuum cylinders are an excellent solution for automation machine builders who need a reliable and efficient vacuum pick and place system. Our vacuum lifting cylinders are fully automatic in the Z-axis, eliminating the need for a separate vertical motion control. Available in various cylinder diameters with varying maximum strokes, our vacuum cylinders are designed to meet the needs of a wide range of industries and applications.

If you need help selecting the right vacuum cylinder for your application, our team of experts is always available to assist you. Contact us today to learn more about how Vacuforce's vacuum cylinders can improve your vacuum handling processes.

Automation...Simplified

  • No additional controls are required
  • Replaces your Z axis actuator and height controller
  • Fully automated operation
  • Short cycle times compared to traditional pick and place
  • Maintenance free
  • Lubrication free
  • Standard strokes of 25mm and 50mm

Automation...Simplified

  1. The vacuum cylinders are in a rest position with piston retracted in the up position (1)
  2. When vacuum is applied, the piston moves downwards (extends) until the vacuum cup which is attached to the piston via the connection thread, seals against the load to be lifted (2)
  3. Both sides of the cylinder are now equalized and the internal spring retracts the cylinder rod to its original position holding the part securely (3)
  4. Once vacuum is turned off the part is released from the vacuum suction cup (4)

PRODUCT
DESIGN

Actual Vacuforce staff design the Vacuforce product. We know exactly what we are selling and know exactly what you need for your application.

PRODUCT
SUPPORT

Real people answer the phone and answer online chats and answer emails, immediately, and get you the answers you need.

ONLINE
PORTAL

It's 2022 - why are you waiting for others to reply to your request. Go online at pneuforce.com and get pricing and availability in real time.