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Biomedical Research Solution

Software and engineering services for biomedical research and development starting from CT/MRI scanner data. Materialise is in an effort to create a better and healthier world. The Mimics Innovation S... more

Software and engineering services for biomedical research and development starting from CT/MRI scanner data. Materialise is in an effort to create a better and healthier world. The Mimics Innovation Suite is a complete solution comprised of three strong tools: Mimics medical image processing software; 3-matic design, geometry preparation, and optimization software; and Engineering services, consultancy and custom development. less

Aug 20, 2009 - 5:13 - 938 - Flash - watch here - source

Materialise RapidFit+ Process

RapidFit+ customised modular fixtures are revolutionary custom designed and manufactured clamping systems that have a unique fit to each part, and enables you to check, measure, machine or assemble pa... more

RapidFit+ customised modular fixtures are revolutionary custom designed and manufactured clamping systems that have a unique fit to each part, and enables you to check, measure, machine or assemble parts in the most accurate and secure way. The RapidFit+ fixture design team create the locators directly from the CAD data of the component and manufacture them with additive layer manufacturing processes to ensure a perfect fit to part surfaces. The customised contact points are then assembled to a modular Witte Aluquick beam system to create the innovative RapidFit+ fixturing solution. less

Aug 6, 2009 - 3:09 - 143 - Flash - watch here - source

Stereolithography (SLA) Rapid Prototyping Video from Materialise

The technology Starting from a 3D image, a part is built slice by slice from bottom to top, in a vessel of liquid polymer that hardens when struck by a laser beam. Schematic overview of the stereolit... more

The technology Starting from a 3D image, a part is built slice by slice from bottom to top, in a vessel of liquid polymer that hardens when struck by a laser beam. Schematic overview of the stereolithography process Starting from your STL file, the required supports for overhangs and cavities are automatically generated in the model under construction. The support and model files are then "cut" into thin horizontal slices and programmed into the stereolithography machine. This machine then uses a computer controlled laser to draw the bottom cross section onto the surface of a liquid polymer that hardens where struck by the laser. The part is then lowered to a depth corresponding to the section's thickness and the next cross section is then drawn directly on top of the previous one. This is repeated until the part is finished. less

Dec 17, 2008 - 2:31 - Flash - watch here - source