The products in this section reflect the variety of handling requirements that need to be met in the daily handling of glass. Handling equipment specially designed for the glass industry makes this job easier. Safe transport of glass is a basic requirement for users and a top priority in our development process, whether it be a relatively simple manual lift or a sophisticated electric lift system.
The GLA suction riser with pump drive is a real design highlight, both in terms of looks and comfort. It is equipped with a vacuum indicator that is clearly visible from afar, as well as numerous functional details. Thanks to the high-quality pumping mechanism, the vacuum is generated particularly quickly. On the other hand, the optimized valve button allows for faster release of air to release the vacuum.
As a result, the vacuum suction cup better to the material and is released more quickly after use. Raised grip area for maximum carrying comfort. In addition, a plastic ring over the rubber pad provides additional stability and security. The pump driven suction lifter is suitable for heavy loads up to 120 kg and can be used for all materials and objects with an airtight surface.
This is one of the new pump driven suction risers series. Edge suction cup attaches quickly and easily to non-porous flat surfaces. The special rubber compound of the suction cups prevents discoloration and stains on the surface. A red ring on the pump lifter alerts the user to a serious loss of vacuum.
The trend towards ever larger glass structures in buildings and the increasing use of double-gap insulating glass poses new challenges for glass manufacturers and assemblers: elements that could previously be moved by two people are now so heavy that they can hardly be moved. .No longer on site or on company premises. We has developed an innovative handling and installation aid that allows one person to easily and safely move objects weighing up to 400 pounds (180 kg), such as glass panels, window elements or metal and stone panels.
Post time: Jul-13-2023