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HANNOVER MESSE 2018, 23 - 27 April
Homepage>Exhibitors & Products >IPS Virtual Paint

IPS Virtual Paint

Efficient simulation of spray painting

Fraunhofer-Institut ITWM

Exhibitor details
Logo IPS Virtual Paint
Logo IPS Virtual Paint
Logo IPS Virtual Paint

Exhibition stand
Topic: Fraunhofer-Gesellschaft Pavilion

Hall 6, Stand A30

Contact(s)
Mr. Dr. Klaus Dreßler
Head of Department
Send E-mail
Fax: +49 631 31600 5466
Mr. Dipl.-Math. Steffen Grützner
Head of Public Relations
Send E-mail
Fax: +49 631 31600 5400
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Product description

IPS Virtual Paint is the first software tool capable of precisely simulating spray painting processes of an entire car body using several spray nozzles at the same time within a few hours on a standard PC. Here even opening and closing doors and lid is accounted for without delays. In the automotive industry, the software is applied in production preparation phases for optimizing robot paths, process parameters and the processes themselves.
In automotive factories surface treatment is the process which consumes the maximum of energy, water and chemicals and produces most of waste and pollution. For improving the situation, the expensive trial-and-error procedure currently used in the automotive industry shall be replaced by virtual tools supporting an effective product and production realization by means of systematic computer simulations.
IPS Virtual Paint is an innovative simulation technology for optimizing and analyzing spray painting processes. The software allows a coupled multi-physics simulation, accounting for air flow, particles tracing and electromagnetic fields. As a result, the coating thickness on complicated surfaces such as car bodies can be computed and analyzed in one individual process. Time-consuming preprocessing for mesh generation and familiarization with complex solver technologies are not necessary. The software provides optimized process parameters and paint coat thicknesses. Moreover material losses are reduced and mutual contaminations of the robots applied in the plant are minimized. This integral method produces highly accurate results, but only requires a fraction of the computing time of conventional flow simulations. Besides the positive environmental aspects, the application of this technology leads to considerable cost savings and improved product quality.

Video Wiring harness simulation in real time for length layout and validation of installation space considering the movement of the engine - In this video you can see the simulation of the branched wiring harness of a complete motor wiring. This simulation is very complex, for it contains very different cables with different rigidities and varying flexibility depending on the fastening.
0:11 min Exhibitor Video

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R&D-Project

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R&D-Project

Vehicle-Environment-Human-Interaction

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