Small handling equipment

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.

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

The HS flex family was developed with the goal of "maximum productivity". Ergonomic aspects were completely redesigned, however, to allow for fast and fatigue-free working for operators and service personnel in every possible working situation. The HS flex handling system can be adapted to six different HERMLE machining centers. With a transport weight of up to 450 kg incl. plate and a storage volume of up to 50 plate positions, the HS flex covers a wide range of applications.

The COMPENSER® of the KL-series is an industrial shock absorber for light mechanical engineering, e.g. handling equipment, small storage and retrieval machines and small crane systems. Due to the low reset force of the compression spring, this buffer of the KL-series is well suited for operational push-in cycles at creep speed. Design & Function: The piston rod 2 pushes the piston 6 into the pressure chamber 7. At the same time, the damping medium flows through the metering grooves placed in the outer tube 8, via the piston 6 and into the volume balance chamber 5. The return spring 3 is tensioned and, after the impact has occurred, pushes the piston rod 2 back to the initial position. By this the damping medium flows back into the pressure chamber 7.