biomechanics

The Mimics Innovation Suite is our world-leading image
processing software for (bio) medical researchers. Mimics® converts Medical
Images into accurate 3D models. As such it provides a link between MRI/CT
images and Additive Manufacturing, Finite Element analysis and CAD. The
software is used in different application areas, ranging from patient specific
device design to population analyses. Among
our customers are top universities, orthopedic and cardiac companies. 

For our Mimics Innovation Suite products (biomedical

Are you interested in being a part of our Materialise
high-end image processing software product? For our Biomedical Department we
are looking for motivated Application Engineers. 



The Mimics Innovation Suite is our world-leading image processing software for
(bio) medical researchers. Mimics® converts Medical Images into accurate 3D
models. As such it provides a link between MRI/CT images and Rapid Prototyping,
Finite Element analysis and CAD. The software is used in different application

Call for Abstracts: Symposium 3.2/5.6

"Molecular to Macroscale Mechanics in Biology and Engineering"

48th Annual Technical Meeting of Society of Engineering Sciences (SES) October 12-14, 2011 at Northwestern University (Evanston, IL)

I'm pleased to offer applications for a PhD studentship on measurement of strains in vivo in intervertebral discs at the University of Exeter. It will be co-supervised by myself on (the mechanics side) and Dr J Meakin (on the medical imaging side).

Experience with optical strain measurement (eg DIC, virtual fields method etc), reverse engineering problems and/or finite elements would be desirable. Tax free stipend of approx 14.5k GBP, funding only covers registration fees for EU nationals (ie non-EU nationals must find extra funding at circa 9k GBP per year for 3 years)

At least 25 Innovation Courses will be organized all over the world by Materialise.
The Innovation Course is an accessible, 2-day, hands-on training in the Mimics Innovation Suite in which you start with medical image data, create accurate 3D models and learn to; e.g. do 3D measurements and analyses, prepare for FEA and design patient-specific implants.

Join us at a location of your choice to see how powerful, yet how easy it can be to preform engineering operations on anatomical data.