
Suction Cups for Handling Sheet Metal
- Handling of metal sheets
- Handling of convex and concave workpieces
- High lateral and holding forces
Vacuum Technology for Automation
The automotive industry is one of the most important commercial sectors, with a densely networked supplier industry. Generally, the industry is separated into vehicle manufacturers, component suppliers and line builders. Due to the ever growing number of different variants and increased manufacturing capacities , vehicle manufacturers are increasingly focused on global platform strategies. As part of these strategies, plant concepts and parts can be reused, which then increases the numbers of parts produced.
Strict emission regulations and dwindling resources also require the increasing electrification of vehicles. In addition, production methods are changing: production lines are becoming more flexible and cars are becoming lighter, e.g. through hot forming.
Vacuum Lifters and Crane Systems
Various manual processes in the automotive Industry are involved in manufacturing workflows: For example, components such as roofs are unloaded from presses and loaded to the carriers; in in-house logistics, small load carriers such as boxes or crates are moved, and components such as windows, batteries or brake disks are supplied to the line. The high cycle rate and the weight or shape of the workpieces involved in these tasks can strain the health of employees.
Manually controlled vacuum lifters relieve operators of the weight of workpieces, allowing them to work ergonomically and without physical strain. The simple operation of vacuum lifters allows coils, metal sheets, boxes and crates to be quickly gripped and moved. Depending on the type, the vacuum lifters allow the workpieces to be swiveled horizontally by 90° or rotated 180°.
Highly Dynamic and Transparent Processes
Resistant to Dirt and Oil
Good Adaptation to Complex Workpiece Shapes
Temperature Resistance During Hot Forming
Safety and transparent processes
High Energy Efficiency During Vacuum Generation and Handling, for example in joining processes or during emergency stops
Reliable and Transparent processes
High Ozone Resistance in all Materials Used
Vacuum Powered for Flexible and Cost Efficient Operation
Handling and Installing Front, Side and Rear Windows
Handling and Placing Automotive Batteries
Automated logistics processes with Cobots
Logistics and intralogistics in the automotive plant
Safe handling of heavy components
Manual handling in the press store and paint store
Manuelle Manual handling in assembly
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