+49 (0) 36 83 40 79 804 info@robotics.de



We offer services for industrial robotics automation.

  • Software development
  • Planning support for complete installations
  • Design optimisation, including your own designs
  • 3D process simulation of individual robot cells or complete lines – offline programming
  • Producing documentation for robots and installations


The 3D-process simulation for robot application and Ergonomic design are the focus of our company.

By optimizing of production processes, we consider geometric and physical characteristics of element, component and production equipment.

In the application area the complex robot simulation process can be simulated. The design and arrangement of tools, equipment and components, as well as the integration of industrial robots in the environment of the manufacturing cell, can be optimized interactively in the 3D model.

With the assistance of simulation softwares such as ROBCAD, Process Simulate and Delmia, Robot programs are generated, tested and transferred to the production control.


Offline-Programming allows simultaneous planning of a product and the production process.

Seamless integration and use of international standard interfaces between CAD and CAPE afford realistic and functional construction of complete sections and production systems.
Before investing in manufacturing facilities, an analysis and optimization on the basis of virtual 3D cells is possible.

Typical applications are: 3D-Graphic simulations, modeling of kinematics, motion planning, collision recognition, dynamic analysis, determining cycle time, On/Off-Communication or process-based procedures for large numbers of processes such welding, riveting, gluing, cutting, assembling, drilling, measuring, folding etc.

We have specialized us on the field in the worlds most trusted CAPE Software ROBCAD.
Thereby, we manage a 3D-visualization of Robots, production facilities and work activities.
With simulation of production cell test, we verify and optimize the allocation of space and process paths of robots and manual tasks.