DEMCON multiphysics


The logo for DEMCON multiphysics, a COMSOL Certified Consultant.

Address & Contact Information

DEMCON | multiphysics

Institutenweg 25
7521PH Enschede
Tel: +31 (0)88 – 115 20 00
Email: multiphysics@demcon.com
Web: https://multiphysics.demcon.com

DEMCON is a high-end technology supplier of products and systems. It is a fast-growing company that supports clients with a wide range of competencies. DEMCON multiphysics, part of the DEMCON group, is an engineering agency that specializes in simulations with a focus on flow, thermal, acoustics, mechanical, and electromagnetics challenges.
A simulation of magnetic field strength surrounding an alternating magnetic braking assembly. A simulation of magnetic field strength surrounding an alternating magnetic braking assembly.

DEMCON multiphysics supports clients from a wide variety of market sectors, such as the process industry, semiconductor industry, oil & gas, maritime sector, heat exchanger applications, and medical applications. With deep physical insights, we aim to help you achieve your goals in research, development, and engineering programs more efficiently and faster.

Virtual prototyping using simulations plays an essential part in the early stages of a product development process or any other engineering problem. When setting up a simulation, one has to be very careful that all significant physical phenomena are taken into account, but also that it is not overly complex. Therefore, it is essential to have a good overview of all physical effects and their approximations in a simulation, and to be aware of their numerical implications. We have years of experience, fully dedicated to building simulations and helping clients to solve their problems. That means we can deal with complex technical problems in an efficient and reliable manner.

Being part of the wider DEMCON group differentiates us from most typical simulation-only consultancy firms. We are part of a large engineering community (>700 people) and are able to draw upon a wealth of experience from specialist engineers and scientists in many technical disciplines.

A simulation of magnetic field strength surrounding an alternating magnetic braking assembly.