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Pneumatic Glass Handling
Stop losing line throughput to manual lay-down-to-stand-up transitions. The CVLift glass flipping machine handles 90° horizontal-to-vertical reorientation plus 360° in-plane rotation at the same workstation, no battery cycle, no extra crew.
Most glass plants do not fail at the cutting table or the laminating press. They fail in the corridor between them. Every time a heavy sheet has to move from a horizontal cutting table to a vertical storage rack, or from a horizontal washing conveyor into a vertical laminating line, somebody has to step in, grab the edges, and manually stand the pane up. LiSEC has called this horizontal-to-vertical transition one of the more difficult bottlenecks on a glass line, and any plant supervisor who has watched two operators wrestle a 6-meter laminate off a wash table will agree.
The CVLift is a pneumatic glass flipping machine built for exactly that station. Compressed air from your existing compressor drives the suction and the motion, so the cycle never stops for a battery swap. A single operator runs 90° tilt plus 360° rotation from the panel, the suction frame adjusts to different sheet sizes, and the workstation stays in place inside the line instead of becoming another piece of mobile equipment to chase around the floor.
Where the real throughput leak lives on a glass line
Cut, wash, temper, laminate, inspect, rack. Each step runs well on its own. The cost sits in the transitions. When a sheet leaves a horizontal conveyor and must be presented to a vertical rack, or when a laminated pack has to be flipped from face-up on a lay-up table to vertical for the next station, the line stops and waits for hands. Multi-person carries slow the cycle, eat labor, and put both the pane and the operators' backs at risk. The CVLift is sized for that exact handoff: a fixed workstation that performs the horizontal-to-vertical reorientation in line, so upstream and downstream machines stay on their own takt time rather than waiting for a manual flip.
Why a pneumatic flipping station fits fixed factory cells
A fixed cell needs a power source that does not run out mid-shift. CVLift runs on shop-air from your existing compressor and air line, so the duty cycle is governed by the compressor, not by a battery pack. That is why it earns the cost-effective label in pneumatic glass handling: no battery banks, no charging windows, no productivity holes between shifts. The yellow powder-coated frame with multiple hole positions lets the suction cups slide up for tall sheets or down for shorter ones, the operator panel handles tilt and rotation, and the silica gel pads grip without leaving marks on float, tempered, laminated, or IGU stock.
90° tilt plus 360° rotation in one workstation
Two motions matter at the transfer station: lay the sheet flat for inspection or lay-up, then stand it up for the next machine or rack. CVLift combines a 90° powered tilt with 360° in-plane rotation on the same suction frame, controlled from the operator panel. The page-published TR-FZ350-4 configuration carries a working load of 250 kg with twin 250 mm silica gel pads and 1.2 m of vertical lift, which is the right envelope for routine laminated and IGU handoff. Other configurations in the field show 350 kg or 500 kg nameplates, so confirming the rated load against your heaviest pane before quoting is part of normal spec work. CE marking is in place across the line, and the pneumatic architecture keeps the safety logic simple: vacuum loss triggers the alarm, and the safety reservoir holds the load long enough for the operator to set the sheet down safely.
Buyer checklist before specifying a pneumatic glass flipping machine
- Confirm the rated working load against your heaviest laminated or IGU pack, not against the average cut size
- Verify your shop-air supply: pressure, flow, and hose routing at the workstation
- Map the tilt and rotation envelope against the largest sheet you actually run, including clearance for the 90° stand-up
- Check pad count, pad diameter, and pad material against the glass surfaces you handle, especially if you run coated or low-iron glass
- Decide on suction frame adjustment range so different sheet sizes can be handled without retooling between shifts
- Confirm CE compliance and the safety-reservoir hold time for vacuum-loss scenarios