A few years ago, we began assisting veterinarians with projects involving animals that required challenging or hard-to-provide support. Using 3D printing and digital design techniques, we contributed wherever possible. As our involvement in medically based projects on the human side grew, we recognized that many of the same processes could be applied to veterinary medicine. Noticing a significant gap between these two areas, we established our medical division, BunnyMed, to serve both human and animal needs.
Both processes operate on the same principle: everything begins with an idea, a need, or an issue presented by a medical professional. We collaborate with them to develop their concepts, discover innovative solutions, enhance outdated products, and design new ones as needed. The process starts with initial concepts and digital 3D models, followed by the use of 3D printing to create prototypes for field testing. Ultimately, this leads to manufacturing the product and bringing it to market. In some cases, multiple ideas need to be explored, and we identify opportunities to expand on those ideas through partnerships.
The development process begins with the creation of conceptual drawings, either in 2D on paper or digitally. Viable concepts are then translated into 3D models using CAD software, which generates renderings that provide a clear representation of how the final product will appear when manufactured. The CAD data are subsequently used to produce 3D-printed prototypes, which doctors can test to ensure everything functions as intended. This iterative process allows for the identification of necessary changes, enabling us to update, improve, and refine the product. The cycle is repeated until the product performs as designed.
Once we are satisfied that everything functions as intended, we proceed to production. For smaller quantities, 3D printing is used whenever feasible. For larger quantities, a tool is created for injection molding, enabling the rapid and cost-effective production of a substantial number of units.
Below are examples of 3D printed and Injection Molded products.
For more information on getting your product developed please contact us https://aminstitute.co.za/contact and for sales on Bird Collars please email orders@birdclinic.co.za
