![]() These 3D printing applications, often facilitated by radiology departments, have found success with several applications, such as orthopedic and maxillofacial surgery. ![]() Current indications for 3D printing include anatomic models and surgical guides for preoperative planning and intraoperative guidance ( 1). The purpose of this letter is to discuss the role of 3D printing particularly in the production of face shields, examine its feasibility and adherence under new CDC and FDA pandemic guidelines, and recommend a focused effort by 3D printing hobbyists and industries alike.Īmbitious and imaginative medical professionals saw the potential capabilities of 3D printing early on, sparking a robust medical 3D printing industry that continues to evolve. Focused efforts of 3D printing enthusiasts and 3D printing laboratories can help address the critical shortage of personal protective equipment (PPE) during the global COVID-19 pandemic. While the diversity of these paths is impressive, we now must merge efforts to meet a collective need. Beginning as a novelty with limited practical value, 3D printing has grown to find mainstream uses and acceptance in various industries including engineering, automotive manufacturing, military production, and healthcare. ![]() The evolution of medical 3D printing over the last decade has followed paths of both imagination and problem-solving. ![]()
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