Whether as a single cell or an element of a complex system: our robot cells link processes, connect peripherals and can implement automation directly on the injection moulding machine, for example.
Simply define the footprint, select doors and fixed sides, add components and your customized robot cell is ready.
Our robot cells are specially designed to master short response times, small batch sizes and fluctuating capacity utilization with ease. Thanks to their modular design and the consistent use of existing resources, they offer maximum flexibility and a high degree of reusability of individual modules. The result is a simple but powerful modular system that can be individually configured to create a complete solution that adapts precisely to your processes - today and tomorrow.
Assembly: Screwing, pressing, riveting, clinching and much more.
Testing: Visual inspection, electrical conductivity, comparison with sample components
Connecting: CNC milling machines, injection molding machines, digital printing machines or conveyor elements
Benefits: Flexible overall solution comprising cell, articulated arm robot and graphics-based robot programming
Whether as a single cell or an element of a complex system: robot cells link processes, connect components and can implement automation directly on the production machine.
The even more compact solution for minimal space consumption: thanks to the integrated control cabinet, only the footprint of the cell is required. Several process steps can also be mapped within the workspace. For example, the separation of components, gluing and precise placement on carrier materials through to curing.
Low space requirement, maximum design versatility: With a robot cell, you can cover tasks from feeding to assembly (screwing, pressing, riveting, clinching) to testing. The best thing is that the connection to stationary machines or flexible conveyor elements can be adapted from time to time according to your requirements.
FPT Robotik GmbH & Co. KG
Schattbucher Street 10
D-88279 Amtzell
