Purchase
Hire
Our range of glass & slab vacuum lifters provides powerful suction and easy manoeuvrability in a safe and efficient manner, ideal for delicate load lifting scenarios. Invest in a vacuum lifter from LES - Lifting Equipment Store today to reduce the risk of damage during your operations.
When it comes to lifting and moving fragile, sensitive materials like glass panes, windows, stone slabs, and tiles, vacuum lifters are a game changer,
Engineered with safety, efficiency, and precision at the core of their design, vacuum lifters eliminate the risks of manual handling, providing users with a damage-free transportation and installation solutions.
Glass and slab vacuum lifters are specialist devices that use powerful suction technology to securely grip and lift fragile materials. Instead of relying on hooks or clamps, these advanced devices create a vacuum seal that holds your surface firmly in place.
Available in a range of sizes and weight capacities, vacuum lifters are versatile enough to handle anything from small-scale to heavy-duty lifting tasks.
Glass and slab vacuum lifters excel in manoeuvring fragile, heavy loads. These devices are widely used for/in:
Slab and glass vacuum lifter boast a wide range of advantages over other lifting tools such as clamps, straps, or classic manual handling.
Damage-Free Lifting: Vacuum suction pressure during lifting processes is evenly distributed across the surface, eliminating the risk of scratching, chipping, and cracking.
Enhanced Safety: Secure vacuum suction prevents slips and drops, reducing the risk of workplace accidents.
Time Savings: These devices enable quick, precise handling, saving time compared to other methods or manual handling.
Versatility: Vacuum lifters are suitable for a wide range of surfaces such as stone, marble, glass, metal, concrete.
Minimal Manual Strain: Vacuum lifting devices minimise the need for multiple workers, allowing a single operator to lift and position a heavy load.
Precision: These advanced lifting tools are engineered to offer optimal control, leading to accurate positioning.