Use a 3D Printer to Build a Comfortable and Accurate Prosthesis
Question: Have healthcare researchers examined the benefits and drawbacks of using 3D printers to build prosthetics? Revenue Cycle Insider Subscriber Answer: Researchers and healthcare professionals have uncovered several ways that 3D printing technology can be used in the medical industry, including tools, casts, and implants. Building prosthetics is another way that 3D printing is revolutionizing healthcare and can help lower the cost of prosthetics, depending on the patient’s payer. For example, bionic prosthetic arms can cost between $20,000 and $100,000, but 3D-printed models can cost less than $10,000. Unlimited Tomorrow has developed the TrueLimb Prosthetic Arm, which is constructed using 3D printing technology. Each bionic arm is equipped with three dozen sensors to enable natural control regardless of the location of the muscles. Plus, the prosthetic has independent finger joints and adaptive grips. The Unileg by Limber P&O is a 3D-printed transtibial prosthesis that is lightweight and durable. By using 3D printers to craft prosthetics, companies can ensure an accurate and comfortable fit with the patient’s residual limb at a fraction of the cost of a traditional device. Mike Shaughnessy, BA, CPC, Development Editor, AAPC
