Skip to main content
RESEARCH TOPIC

3D-scan and print

At Mobilab & Care, we possess expertise in every facet of this process, from 3D scanning of limbs to designing the device based on that scan, whether parametric or otherwise, and selecting the most suitable printing technique to ensure a successful end result.

Projects

How can we assist you?

Are you interested in implementing the 3D scanning to 3D printing process within your business? Do you require support with the design phase, guidance in selecting the appropriate printing technology, or are you seeking information on existing solutions? If so, please do not hesitate to get in touch with us. We're here to help!

Get in touch

Our researchers

Programme coordinator

Veerle Creylman

For all your questions about the programme.

veerle.creylman@thomasmore.be +32 14 74 10 70
Researcher

Kris Cuppens

Draws energy from processing, analysing and presenting data. Always in the mood for a board game.

Researcher

Inge Van den Herrewegen

Forever on the path to essence and truth. Inspires at the bridge between theory and practice, science and connection.

Researcher

Tom Saey

Passionate about automation of personalised 3D design, 3D scanning and 3D printing in healthcare applications.

Researcher

Roy Sevit

Passionate about using technology that supports humans and all their discomforts, creative and out-of-the-box!

Researcher

Mario Broeckx

Researcher fascinated by technology, health and the power of breathing. Passionate cyclist and "Climber for Life".

Researcher

Daniel Morales

Passionate about design and mechanisms, will 3d scan you and make you an exoskeleton if you let him. 

Researcher

Tessa Delien

Researcher and occupational therapist dedicated to promoting the inclusion and participation of individuals with disabilities. Everyone has the right to fully participate in our society.

Researcher

Luiza Muraru

Curious about (bio)mechanical assessment of orthotics and prosthetics. Engaged in researching and implementing tailored and innovative solutions within orthopaedic technologies