Role of 3D-Printed Splints in Hand Injury Treatment
Hand injuries are very common because a person performs all activities using the hands. Injuries to the hand can occur due to multiple reasons, such as injury, underlying issues, accident, or neuromuscular disorders. If left untreated, it can lead to deformity, weakness, contractures, pain, etc. 3-D printed splints have become a widespread option to treat hand injuries. It provides support to the hand in a way that allows the muscles to relax and prevent contractions. In this blog, we will learn more about 3-D printed splints.
What is a 3-D Printed Splint?
A 3D printed splint is a custom-fitted splint manufactured using a 3D printer to provide support to an injured or broken hand or its joints. As the cast is custom-made, it is very breathable, lightweight, and comfortable. The splint allows the patient to maintain hygiene, monitor the wound, and easily remove it. A splint is recommended to recover from injuries like fractures, dislocations, sprains, strains, wrist joint instability, etc. For such hand injuries, visit Dr Uday Meghnathi's orthopedic clinic. It is the best orthopedic hospital in Vadodara. With our expert orthopedic doctor, trained staff, and modern treatment technology, we make sure our patients receive the best treatment for all of their injuries. If you face any type of joint issue, do book an appointment with us.
Advantages of 3-D Printed Splint
Hand splints offer many benefits over traditional methods of securing an injured hand.
- A 3D printer allows for a customized fit, specifically designed according to the patient’s anatomy.
- The design for the hand splint is breathable, lightweight, and easier to clean.
- Splints can be mass-produced in a short time, which makes the splint available to all.
- The advanced design of the splinter supports the hand muscles effectively and relaxes the joints.
- The splinters have multiple applications in medical fields such as prosthodontics, orthodontics, and surgical applications.
Challenges with 3-D Printed Sp lint
- Surface scanners may get the wrong data and may print an inaccurate splint, which does not fit perfectly to the hand.
- The cost of the hand splinter may be high due to the material, software, and printing equipment.
- Not every city or town may have access to the technology of 3D printing. Therefore, it might not be accessible to all.
- The overall process of manufacturing a 3D splint includes multiple stages, such as scanning, designing, and printing, which can be time-consuming and may require numerous visits to the injury.
Conclusion
3D printing has revolutionized healthcare in a way no one honestly imagined. In recent years, 3D printing and bioprinting have been used to create prosthetics, artificial organs, casts, braces, etc. A 3D printed splint is a perfect option to support a complex area such as the hand, which consists of so many joints and an uneven surface. For injuries to the hand and joints, immediately visit Dr Uday Meghnathi, the best orthopedic doctor in Sevasi. He has rich experience in dealing with joint issues, bone fractures, sports injuries, and bone issues in children, and has performed many joint replacement surgeries. Still in doubt about splinter? Book an appointment to consult.

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