Senior director of functional design at '3D Systems' Scott Summit created a unique 3D-printed cast. The cast is more comfortable than traditional fiberglass casts and will actually enhance the healing process.
This 3D-printed cast allows the healing process to be more efficient by reducing the weight of the cast and the amount of skin that is acutally covered. After injuring himself, Summit and an orthopedic surgeon scanned his arm and built a 3D cast that would rest on just three parts of his arm. By avoiding major nerves, the cast reduced the constricted blood flow and swelling to allow a faster healing time.
The fresh cast designs allows users to easily shower and remain together in both hot and cold water temperatures. This cast even allows the wearer to conduct daily tasks like playing the guitar and slicing veggies.
Key Themes Behind This Trend
- Lightweight Casts
- 3D-printed casts that are lighter in weight and cover less skin are disrupting the traditional cast industry.
- Improved Healing Process
- 3D-printed casts that reduce constricted blood flow and swelling are revolutionizing the healing process for broken bones.
- User-friendly Design
- 3D-printed casts that allow for easy showering and daily tasks are changing the way patients experience wearing a cast.
Where This Applies
- Medical Devices
- The medical device industry is being disrupted by the innovation of 3D-printed casts that enhance the healing process.
- Orthopedic Care
- The orthopedic care industry is being transformed by 3D-printed casts that provide more comfort and efficient healing for patients.
- Healthcare Technology
- The healthcare technology industry is experiencing disruption with the development of 3D-printed casts that improve patient experience and outcomes.
