High power, smart and flexible systems for different requests.

The transfer systems for supports of components are distinguished by a larger flexibility. This means that the processes from the assemblage and verification line can be removed, namely completed. Moreover, the assemblage and verification processes of great variety can be also carried out with the transfer systems. It is possible a combination of manual and fully automated stations inside the production line.

The selection of the support for components allows higher sizes.
The particular conditions have an important role in installation design.
The complex assemblage sequences require a larger flexibility when selecting systems and structuring design.

The transfer systems for supports of components are distinguished by the following installation designs:

The automation of verifications

The samples delivered on pallets or on supports for components will be taken over from the conveyer band in the verification station by a portal robot. There, the components will be connected, tested and the measurement of the introduction/extraction force and rotation moments will be carried out.

Lifting assemblage for lines

The conductor pads for exhaustors will be placed manually on the supports for components and then they will pass through a heating station, plasma cleaning station, assemblage station for arm lifters with automated label supply, as well as a Pick&Place unit with grabber for needles and a final pressing unit.

The assemblage of the operation field for the door

The operation fields for the door will be assembled in different variants, in manual and automated stations, namely cleaned, tested, screwed up and marked.

Module assemblage

At this assemblage system for supports of components, the individual components will be placed and assembled manually in the fastening places on the support for components. In different stations, the components will be tested and adjusted. In the last stations takes place the thermal welding of the entire subassembly.