FullSharp supplied a mechanical vacuum lifting pad rated up to 400 kg for steel sheet, glass and composite panels at sites with no compressed air or power outlet nearby. A hand-pulled cylinder creates and holds the vacuum, so the pad is pressed on, the lever pulled, and the panel lifted from a hoist or crane hook.

In warehouses and on job sites, many locations have no compressed air line or power outlet nearby, yet heavy panels still need to be lifted. Running hoses and cables out to every spot takes time, and carrying panels by hand risks bending them while workers are left handling sharp edges.

FullSharp uses a mechanical vacuum lifting pad rated up to 400 kg, creating and holding vacuum with a mechanical cylinder. The operator presses the pad onto the panel, pulls the lever to create vacuum, then hooks it onto a lifting device — the whole process needs no electricity or compressed air.

400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required

A 400 kg mechanical vacuum lifting pad with a vacuum-holding cylinder gripping a flat panel before lifting.

Equipment Installed

  • Vacuum-generating cylinder: a hand pull draws all the air out of the pad chamber, holding suction steady with no external power source.
  • Rubber suction pad: seals tightly onto smooth surfaces such as steel sheet, glass, or composite, and releases quickly when the valve opens.
  • Pad frame: spreads the load evenly across the panel surface, reducing bending when lifting large, thin panels.
  • Vacuum indicator: shows whether suction is still strong enough, letting the operator check before every lift.

Key Specifications

  • Maximum load capacity400 kg
  • Power sourceNo compressed air or electricity needed

Benefits for Your Facility

Works anywhere

Not dependent on power or compressed air, so it can be taken to job sites and outdoor storage areas alike.

Simple to operate

Just press, pull the lever, and open the valve — workers learn to use it right away.

Low maintenance

A purely mechanical build with no pump or electrical circuit means very few breakdowns.

Real Installation Photos

400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 1 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 2 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 3 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 4 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 5 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 6 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 7 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 8 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 9 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 10 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 11 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 12 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 13 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 14 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 15 400 kg Mechanical Vacuum Lifting Pad with Vacuum Cylinder, No Electricity Required - photo 16

Click a photo to enlarge. A 16-photo album taken on site.

Suitable Applications

  • Steel sheet and stainless sheet warehouses
  • Glass partition and cladding panel installation
  • Composite and plastic sheet fabrication shops
  • Feed points for sheet-cutting machines

Frequently asked questions

Can a vacuum lifter work without electricity or compressed air?

Yes. This pad uses a mechanical cylinder: pulling it draws the air out of the pad chamber and holds suction with no external power. That makes it usable on job sites and in outdoor storage where running cables or air lines is impractical.

What materials can a mechanical vacuum pad lift?

The rubber pad seals onto smooth, non-porous surfaces such as steel sheet, stainless sheet, glass and composite panels. Porous or heavily textured surfaces need checking first, and FullSharp tests with the customer's actual material.

How does the operator know the suction is safe?

A vacuum indicator on the pad shows whether suction is still strong enough, so the operator checks it before every lift. The pad frame also spreads the load to reduce bending on large, thin panels.

Installation Consulting for Your Facility

FullSharp reviews the material type, surface smoothness, and panel size to select the right number of suction pads and safety factor. Our engineers show you how to check vacuum before every lift and how to maintain the pads to keep their grip lasting.