AEROLift max. load 75 kg, max. load 75 kg, disc Ø 160 mm, lifting 1580 mm

Hose lifter FORCE-LIFT, max. load 75 kg, disc Ø 160 mm, lifting 1580 mm. Supplied = assembled. Head diameter = 160 mm. Max. load = 75 kg. Number of heads = 1 pcs. Material = plastic. Colour = black. Model = with quick change coupling. Suitable for = drums, sacks, porous panels. Lift = 1580 mm. Product type = suction lifters. Customs tariff number = 84289090. Country of origin = DEU. Gross weight = 108.6 kg. Weight = 13.6 kg. Lift heavy loads with just one hand. Flexible adaptation to any lifting load. Parking of the vacuum-held lifted goods in different positions. 360° rotation and 90° tilting function. Quick-release function. The hose lifter FORCE-LIFT is the first vacuum lifter that moves loads up to 75 kg with just one hand. It combines high lifting capacity with easy handling and makes daily lifting tasks significantly easier. Thanks to the modular design, the lifting unit and suction gripper adapt precisely to different working conditions and goods to be lifted. With the integrated quick-change coupling, cartons, sacks, canisters or drums can be picked up without interruption. Individually selectable vacuum generators enable use for almost any material. The patented valve technology allows vacuum-gripped goods to be parked in various positions. Thanks to the 360° rotation in the horizontal plane and a 90° tilting function, loads can be gripped vertically and moved horizontally. The operating handle is intuitively designed, so that users become familiar with all functions within a very short time. The lifting device features extensive equipment: quick-change coupling, motor protection switch (protects vacuum generators from winding damage), as well as an integrated quick-release function for quickly detaching the load. These features of the vacuum lifter increase productivity, accelerate workflows and at the same time offer maximum safety. Due to its lightness, robustness and high performance, the hose lifter FORCE-LIFT increases efficiency in warehousing, production and logistics and simultaneously reduces physical strain during recurring lifting operations.