AnatoMask solution will effectively protect you and provide maximum comfort with 100% customized masks.
Our objectives are to :
- Reduce the spread of diseases
- Reduce waste by limiting single use masks
- Provide an easy to clean solution
- Provide a perfect and comfortable fit shaped for your face
For the moment, scan your face with a dedicated app and send us your 3D model. We will just send you by e-mail a ready-to-print STL 3D files of your customised mask.
Anatomask is under patent*.We are currently working on our online platform. In the near future, you will have an immediate access to your 3D STL files. Register your details on our contact form below to keep updated.
AnatoMask is for everybody. You and me.
People who are especially at risk or in contact with others (Health professionals, service workers) would benefit from having a personalised and reusable mask.
Engineers, designers, makers please join us on this journey and collaborate with us on this unique initiative. Feel free to propose your own designs!
A simple video presenting the pipeline for the customisation of a first mask prototype with the AnatoMask Application.
We are working on new designs and waiting for your contributions.
Many apps allow you to scan your face. We explain you how to do it in this page : HOW TO SCAN YOUR FACE . Send us your 3D data file via our contact form.
We will personalise our open-source mask based on your 3D face scan and send you the STL files. Your personal data are deleted at the end of the process.
You can now print your own mask with your favorite printer and material. We recommend ABS or PET material (FDM), or PA12/P11 material (SLA).
Our models are fully open-source. You can use our orginal head template to design your own mask.
Just one rule : deformable parts and rigid parts must be separated in differents files and in the same origin.
You have access to all the CAD files and examples in the Dropbox.
For medical device companies who need to improve their personalized designs, Anatoscope offers software solutions to automatically transform imaging to complete 3D digital twins of the patients, ready for motion and physical simulation, to help diagnostics, to virtually try treatments, and to automatically design optimal braces and prostetics. Our patented technology, based on two decades of research at CNRS and INRIA, registers biomechanical templates to personalized imaging.
We are working with dental, imaging and orthopedic companies, and our goal is to become the gold standard in personalized brace and prostetics design.
Cap Omega, Rd Pt Benjamin Franklin 34960 Montpellier France
Frederick Van Meer