3D Collaborative for Medical Innovation (3DC)
The 3D Collaborative for Medical Innovation (3DC) provides engineering and 3D printing services to Yale researchers. While the 3DC specializes in projects based on medical imaging data, we can support other projects as available. Engineering services include medical imaging data segmentation, the creation and/or modification of digital anatomical models, 3D analysis of digital anatomical models, computer aided design (CAD) of medical devices and/or test devices, preparation and/or deployment of 3D digital models into extended reality, or other similar tasks.
The 3DC offers 3D printing of digital files using stereolithography, a resin-based printing technology. The 3DC can modify and optimize your files for 3D printing. Engineering and biocompatible materials are available.
Examples of Projects
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AnklePatient specific 3D printed model of flatfoot reconstruction plan, with graft segment. Face curePatient specific 3D print of a facial scan. tibia femurPatient specific anatomical models of femur and tibia for rotational deformity correction. ENT modelEducational model of pituitary tumor (blue) prior to 3D printing, with optic nerves (yellow) and carotid arteries (red) visualized. Model used to increase patient understanding of pathology as well as treatment strategies and risks. AnklePatient specific 3D printed model of flatfoot reconstruction plan, with graft segment. Face curePatient specific 3D print of a facial scan. tibia femurPatient specific anatomical models of femur and tibia for rotational deformity correction. ENT modelEducational model of pituitary tumor (blue) prior to 3D printing, with optic nerves (yellow) and carotid arteries (red) visualized. Model used to increase patient understanding of pathology as well as treatment strategies and risks. AnklePatient specific 3D printed model of flatfoot reconstruction plan, with graft segment. Face curePatient specific 3D print of a facial scan. tibia femurPatient specific anatomical models of femur and tibia for rotational deformity correction. ENT modelEducational model of pituitary tumor (blue) prior to 3D printing, with optic nerves (yellow) and carotid arteries (red) visualized. Model used to increase patient understanding of pathology as well as treatment strategies and risks.
Contact
Alyssa Glennon