Vacuum lifter eco smilift

Why choose lifting magnets? Or why opt for a vacuum lifter? In the article below we explain why we recommend using a vacuum lifting over magnetic lifting. Complete control Unlike a vacuum lifter, a magnet lifter is able to lift a stack of metal plates at once. However, the upper plate is safely attached, but the other plates are an overload and could come off. Creating an unsafe lifting situation. Vacuum lifting is precise, safe and offers complete control during the complete handling process. Increased lifting capacity A magnet lifter is extremely heavy due to the heavy backup system. In comparison a vacuum lifter is light as a feather. The big difference in weight results in the possibility to increase the lifting capacity (maximum lifting capacity of the crane = weight of the metal plate + weight of the lifter). If you decrease the weight of the lifter, it means you can lift heavier plates.

The right system for every need There is a great variety of handling systems available, dependent on the length of the workpiece. For short tubes there are systems gripping from below with insertion axis and for long tubes there are systems handling from above. Both options can be used in our combination systems. They guarantee ideal access for the operator, so they can complete the setup and any maintenance operations in the best possible way. Transfer stations, turning modules for processing the tube in both directions within an installation and multiple grippers are available for optimized processes. Handling robots from many different manufacturers can also be integrated. The robots are used to move tubes/workpieces. A preassembly of different workpieces is also feasible in this case. The various components can be sorted using sensors and robots.

In cooperation with our system partners, we offer you various all-around solutions in the field of handling systems in plant engineering & conveyor technology. In addition to these complete solutions, we also take on the development of various plant parts and/or system components: Manipulators, grippers Transfer stations Safety equipment Workpiece carriers Control cabinets Peripheral equipment Podiums, stairs Media transfer Feeder systems Ejector systems Manual workstations Design focal points: Design & constructional drafts Use of pneumatic and/or electric drives Space-saving lifting stations Construction in accordance with relevant guidelines and regulations Static & dynamic calculation of the construction Material & weight optimization of existing and new systems Project planning to initial start-up of complete automation solutions Optimization and conversion of existing systems

Conveyor and accumulator for wooden profiles from production lines Robotic handling of profiles Box preforming and forming Palletisation of boxes Instruction manual-based software for processing different profiles