3D printing for more accessible orthopaedic care
The Need
The orthopaedics team faces several challenges when producing splints and casts using traditional methods. First, production is time-consuming, resulting in long turnaround times and extended waiting periods for patients. It is also resource-intensive, requiring significant energy and financial costs. In addition, the department is experiencing material shortages, and some products are not available in pediatric sizes. As a result, many patients have had to be turned away.
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By implementing 3D printing, the goal is to make orthopaedic products more affordable, faster to produce, and available in all sizes—ensuring that anyone who needs an orthopaedic device can receive one.
Downloadable Parts
Below you can find all the parts that have been designed for orthopaedics so far. When downloading the file, you will download the parts file and a pdf explaining how to go about adpating or choosing the right size.
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Important Note
TU Delft and MTRH accept no liability for the safety, performance, or any consequences related to the use of these parts.
Finger splints
Finger splints are used to immobilize, support, and protect an injured or healing finger. They help keep the finger in the correct position so tissues can recover properly and prevent further damage.
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Ankle Foot Orthosis
An ankle foot orthosis is a brace that supports the foot and ankle. It is often used for children with foot drop to help keep the foot in the correct position.
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Hand Splints
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