![]() The masks act like a regular cast but on a unique and challenging structure such as a face, where the bespoke design allows it to keep the bones in place while they heal. Canine face-masks developed by UC Davis faculty members with 3D printing align perfectly with the contours of the dogs face and act as a support structure for the bones to heal. Masks help heal the wound from surgery and recover from the fracture and damage to bones and joints. In addition to surgical planning and visualization for students and practitioners, it has also helped with owner education. The researchers are even tinkering with full-color models that should allow for testing new approaches that avoid contact with critical blood vessels and other tissues.īoth UIUC College of Veterinary medicine and Purdue University College of Veterinary Medicine have been using 3D printing to teach the next generation of surgeons on bone fixation. After veterinarians transform CAT scan findings into a format that the 3D printers could recognize, the models can be printed and help students and vets practice surgical procedures in advance of an operation. Implants can then be directly matched to the organs.Īt Penn State, students and faculty are also using 3D printers to construct models that precisely replicate injuries or deformities of animals. They can measure the deformity directly, perform preoperative morphological assessments and communicate more effectively with the owners of the patient. 3D models allow surgeons to physically hold and examine the skulls and bones in their hands. UC Davis and Auburn University are two schools in the lead that have been using the 3D printing technology for veterinary surgery. Currently, there are at least 8 Colleges of Veterinary Medicine that are incorporating 3D printing technology into their programs as both a cutting-edge teaching and clinical tool. One field that has recently turned its attention to 3D printing is Veterinary Medicine. It allows permits using a variety of starting materials that include plastic, metal, ceramic, and even living cells. background Layer 1 background Layer 1 Share this article on FacebookģD printing, also known as additive manufacturing, is currently impacting several industries due to its flexibility and cost saving potential allowing it to create a solid object of virtually any shape.background Layer 1 background Layer 1 Share this article on Twitter.background Layer 1 background Layer 1 Share this article on LinkedIn.
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