VR tool for the simulation and visualisation of workstation solutions and test systems.
Using Virtual Reality application we supplement our product planning in different ways. So, we provide comprehensive support for you in the consultation and planning phase with innovative solutions.
With our Augmented Reality application we offer you the possibility of configuring our workstation solutions and experiencing them live.
The Augmented Reality Sales Configurator developed together with TruPhysics is simple to use and can easily be operated via tablet PC. Rather than falling back on classic sales documents, the workstation solutions can be experienced this way. Workstations can be configured digitally and added to the required environment. This allows you to plan additions to existing equipment or hide an already furnished environment completely. This last option is made possible by an “empty room” functionality.
Clear added value, because our workstation solutions can be visualised impressively realistically and be inspectey you in advance. A 3D-based configuration process reduces complexity and avoids plausibility errors. On the basis of the configuration prepared on site, detailed offers can be drawn up for tailor-made solutions without any time delay. The AR application makes the communication process between supplier and customer easier and faster.
In the VR application, the interactive 3D presentation is combined with virtual reality. With the application, complex 3D CAD models can be viewed and experienced in virtual space.
Time-consuming and costly prototype construction will thus be replaced completely in future. It is possible to simulate and visualise the ELABO workstation solutions and test systems. A test system can be examined before production starts, for example, and optimised in advance if necessary.
Another use case is the planning of work and assembly processes, which can be simulated at ELABO workstations. An ergonomics check allows ergonomic aspects to be taken into account during the planning phase. Among other things, gripping spaces can be mapped and checked and the user's field of view can be simulated. This allows the suitability of a workstation to be checked for employees of different heights, for example.
All the configurations carried out in the software can be documented and then further processed in an optimum way afterwards. Workstations can thus be adapted perfectly to the respective users and processes to be carried out, avoiding the need for later adaptations. This results in a workstation perfectly matched to the user and the jobs to be performed.