Robotics engineering for automation solutions

Layouts and simulations enable optimizations even during the development phase

Avoid misunderstandings and surprises

During the commissioning or retrofitting of robot systems, problems often occur that were not to be expected in this way. Therefore, with the detailed layout and the realistic simulation of the planned robot system, we offer the possibility to detect possible problems at an early stage. In this way, time- and cost-intensive weak points in the design of the industrial robot can be identified and eliminated from the outset.

What technology do we use for the design?

The industrial robots are tested in interaction with the entire robotic plant in a realistic 3D simulation. The layout of the plant can be varied and changed as desired in order to come as close as possible to the optimum configuration in reality. All functions of the industrial robots are implemented in the simulation and taken into account accordingly. This allows you to view the movements of the robots and the material flow of your later production system on the screen in advance.

The visual representation of the production process also allows you to check accessibility and other conditions for their suitability for the project. As part of the simulation, you can also test cycle times and realistically assess movements and other processes of the industrial robots. All parameters of the simulation can be changed as desired to determine the optimal configuration of your plant.

3D visualization of your production line

Watch your future industrial robot at work. The realistic 3D visualization gives you a good impression of the layout of the plant, the actual space requirements as well as the sequences of different processes. If you have CAD data of the components to be handled, these can be incorporated into the visualization, making the simulation even more perfect.

Analysis of cycle times

The coordination of cycle times is a difficult process that is of particular importance for ongoing production. In order to optimize cycle times, a number of parameters as well as all involved components of the industrial robots and other plant areas must be taken into account. Any change in one parameter can potentially affect all others. The cycle time analysis can be carried out within the framework of the simulation with little effort and in the shortest possible time.

Checking the accessibility for your industrial robot

Accessibility is essential for the error-free and smooth operation of your robots. Valuable space should not be wasted, nor should there be any restriction in operation. Realistic simulation of the movements of your industrial robots allows us to assess accessibility in any operating situation. It also allows us to test different locations in your plant for suitability for the robotics system.

Virtual simulation of errors before they occur

The occurrence of errors in production operations can also be simulated virtually and examined in detail. This allows us, for example, to test the failure of certain areas and the associated effects on the rest of the plant without risking damage or impairment of production or the industrial robots in reality.

Your benefit:

The comprehensive simulation of complex robot systems helps you to detect unexpected problems and errors before they occur in reality and have expensive consequences. It also identifies potential problems during implementation before commissioning. With the help of simulations, various process parameters can be changed and the effects on cycle time can be precisely analyzed.