This mechanical vacuum lifting pad runs on hand power alone, giving workers a safe grip on slippery glass, thin metal and stainless sheets on job sites with no power or compressor. The operator pumps or flips the lever to draw out the air, a lock valve holds the vacuum through the lift, and a gauge shows when suction needs topping up.
Thin stainless steel and metal sheets are slippery, easy to lose grip on, and can cut into skin. On job sites, power and air compressors are often unavailable. Workers need a hand tool that can lift a sheet and hold it securely.
The mechanical vacuum lifting pad runs on hand power alone. Place the suction cup on the sheet, pump or flip the lever to draw out the air, and the lock valve holds the vacuum throughout the lift. A pressure gauge shows when to pump again.
A mechanical vacuum lifting pad holding a flat sheet of material for a worker to lift and install.
No dependence on power or compressed air, so it works upstairs or on any job site.
The gauge shows the remaining vacuum, no need to guess by feel.
The soft rubber pad contacts gently, reducing scratches and fingerprints on glass and stainless steel.
The suction cup is placed on a smooth sheet and a hand pump or lever draws the air out. A lock valve keeps the vacuum during the lift, so no electricity or compressed air is needed.
A pressure gauge shows the remaining vacuum and gives a visual warning when it falls, so the operator pumps again instead of guessing by feel.
Typical uses are glass and glass partitions, metal and stainless sheet, wood panels, stone slabs and composite panels with smooth surfaces. Capacity depends on cup size and surface, which FullSharp checks for each job.
FullSharp asks about sheet weight, dimensions, and surface material to select the right number of suction cups and safe load capacity. Our engineers also show you how to check the suction cups before each shift. Contact FullSharp for support.