The recognition of the object position is based on the fitting of rule-geometric elements. Examples are cylinders, spheres, planes, cones or tori in point clouds. This method was chosen because many engineering workpieces have conical or cylindrical shape elements. It is also possible to recognize significantly more complex components, not just pure cylinders or cones, since in addition to regular geometric features, free-form surfaces can also be included.
Each component requires a special parts feeder and the associated mechanical components for feeding. Set-up times when changing the type make the problem even more difficult.
Particularly large, heavy or even small and filigree components can`t be used with conventional systems.
Manual, repetitive steps are problematic from an ergonomic point of view. Cycle time problems and increased error frequency can be the result.
Highly efficient and economical
Each additional component variant increases the cost-effectiveness of the investment in an automated, robot-assisted production line.
We grab everything!
Thanks to our 3D object recognition technology, we can grab anything you can touch with our robots.
High availability and reliability
Reliable, automated processes and satisfied employees. Intelligent technologies create an innovative work environment which leads to high productivity – not instead of, but together with people.
The Schubert Group is at your disposal for the versatile tasks in the service area.
We offer new, used and refurbished machines.
For cost-effective production, we offer a variety of automated solutions.