Digital Toolkit with intelligently controlled robotics

The demonstration of an inline implementation of sensors and for printed electronics into an existing production ecosystem, as applied in the assembly of electronic devices (OLEDs, automotive or aerospace consoles). The robotics implemented in the production line itself shall take over the required control for handling the mechanical pick-and-place sequences.

Sensors (e.g., for pressure, humidity, or temperature) and individual gripping surfaces are integrated directly into the „artificial hand“ of a pick-and-place robot. Paired with intelligent software, products can thus be handled flexibly. A second robot prints electronic sensor components along with functional 3D surface features directly onto the robot arm's „artificial hand.“ The result: sensors and functional surfaces can be printed onto 3D objects with a high degree of freedom. The combination of inkjet printing technology and robotics enables seamless integration into existing production lines.

As a technology company, we provide consulting support with our expertise from over 2,000 successful automation projects. In addition to the development, testing, and implementation of the digital toolkit, industrial validation is our overarching goal. To this end, we take on the role of end-user to investigate the robot setup across various application scenarios, process steps (printing, curing), and sales potentials.

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