HAMSA

4- or 6-axis jointed-arm robots of various well-known brands are acting highly flexible. The high-speed systems palletize, sort, load and commission fast and high-precision single pieces, rows, partial layers or complete layers. - Low space requirement - Flexible use for various applications - Product and industry independent: Mature gripper technologies transport a wide variety of goods - Suitable for different packages and load carriers - Set on rails, the jointed-arm robot moves to different palletizing positions - Application-oriented, flexible combination of the optimally complementary technical properties of high-speed palletisers and robots

Our high-capacity portal palletizers act in a material-caring manner on three servo-linear axes within cubic space. We develop, design and manufacture portal robots in our in-house production facility in Gescher-Hochmoor. We are a specialist in the high-care segment -with portal robots made of high-grade steel.

As a supplier of complete systems, TRAPO AG supplies modular High-Performance-Pick & Place-Systems that combine components such as robots, frame units, camera systems and conveyor technology. The modular system can be adapted to different framework conditions and thus covers almost any application. The TRAPO HPPS series forms the heart of the modular picker cell. The high-performance picker line combines maximum performance, individual TRAPO gripper technology and proven know-how, for example in the field of hygiene design.

The PRAB ScrapVeyor™ features leak-proof construction that retains 100% of cutting fluids when moving scrap to its destination, and positive discharge provides a clean operation while eliminating carryover. Combine this scrap conveyor with a distribution system to maximize operational load-out efficiency. This fully automated and liquid-tight scrap conveyor with positive discharge provides a clean operation when it comes to die scrap, chip processing and material handling. Combine this scrap conveyor with a distribution system to maximize operational load-out efficiency.