A wrist brace is an essential device to relieve pain and stabilize the joint in cases of conditions such as carpal tunnel syndrome or tendonitis. In this article, we will explore wrist braces, from their various applications to their creation using mobile 3D scanning technology.
What is a wrist brace?
A wrist brace is a medical device designed to support, stabilize, or immobilize the wrist joint. It is used to treat various musculoskeletal disorders such as:
- Carpal Tunnel Syndrome: compression of the median nerve causing pain and numbness.
- Tendonitis: inflammation of the tendons causing pain and stiffness.
- Sprains: ligament injuries requiring partial immobilization.
- Osteoarthritis: wear and tear of cartilage leading to pain and loss of mobility.
Depending on the patient’s needs, a wrist orthosis can serve several roles. For example, it may immobilize after trauma or surgery to aid in healing, stabilize to support the joint while allowing controlled movements, or correct, adjust, or compensate for a chronic functional deficit.
The use of a wrist brace is often recommended by healthcare professionals to relieve pain, limit harmful movements, and speed up recovery.
Why wear a wrist brace?
Wearing a wrist brace is recommended in various situations to relieve pain and stabilize the joint. Here are some of the main reasons:
- Pain Relief: By limiting harmful movements, the brace reduces pressure on sensitive areas.
- Prevention of Complications: It helps prevent the worsening of musculoskeletal disorders.
- Faster Recovery: After trauma or surgery, the brace promotes healing by partially immobilizing the joint.
- Improved Quality of Life: For chronic conditions like osteoarthritis or tendonitis, it allows patients to maintain daily activities without excessive pain.
Whether for short-term use after trauma or long-term support in chronic cases, a wrist orthosis is an essential solution for preserving mobility and reducing pain.
What is the difference between a brace and a splint?
Although the terms brace and splint are often used interchangeably, they differ in their function and use:
- Brace: A custom-made device designed for long-term or permanent use. It can stabilize, immobilize, or correct joint function.
- Splint: Typically pre-made, it is intended for temporary use to immobilize the joint after acute trauma.
In summary, a wrist brace is more personalized and durable, while a splint is often a temporary solution for acute injuries.
Create a custom wrist brace with mobile 3D scanning
Mobile 3D scanning technology is revolutionizing the creation of custom braces and orthotics by offering a fast, accurate, and personalized process. Unlike traditional methods (plaster molding or manual measurements), 3D scanning allows:
- Detailed capture of the patient’s anatomy anywhere, anytime.
- Optimal customization of the wrist brace for a perfect fit.
- Reduced manufacturing time through digital modeling.
Mobile 3D scanning technology captures precise details of the wrist anatomy. But, it can also be applied to other body parts, such as the hand, to obtain precise digital measurements.
Create a custom wrist brace in 3 steps
Step 1: Wrist Scan
Using a smartphone equipped with the MyFit Solutions 3D scanning app, the wrist’s morphology is captured. The scan is similar to a 360° video of the wrist. It is quick, guided, and easy without the need for training. Thanks to this portable technology, professionals can perform scans in clinics, at home, or in specific environments. No additional equipment is needed, just a smartphone!
Step 2: 3D Modeling
The 3D model is accessible in the web platform associated with the mobile app within moments. It is accurate, to scale, and photo-realistic. Since MyFit Solutions is designed for professionals, it’s even possible to connect the platform to your CAD tools and software.
Step 3: Brace Manufacturing
The manufacturing of a custom wrist brace begins with using the 3D model obtained via mobile 3D scanning. This digital model is then imported into specialized computer-aided design (CAD) software, where the brace can be fully customized to meet the patient’s specific needs. Professionals can adjust:
– The shape and dimensions for a precise fit.
– The thickness and rigidity based on the required support.
– Areas of reinforcement or openings to improve comfort and functionality.
Finally, the wrist brace is 3D printed or machined using suitable materials, ensuring a precise and durable final product. This process reduces human errors, improves reproducibility, and allows for quick modifications if necessary.
Benefits of mobile 3D scanning for creating custom wrist orthosis
Adopting mobile 3D scanning in creating custom wrist braces offers several significant advantages:
- Precision: Accurate capture of the patient’s anatomy, ensuring an optimal fit.
- Time-saving: Reduces manual steps and patient travel.
- Accessibility: Scanning can be done anywhere using mobile devices, reducing geographical constraints.
- Comfort: A perfectly fitted wrist brace reduces friction and pressure points.
- Digital Archiving: The ability to save models for future adjustments.
Thanks to mobile 3D scanning technology, creating a custom wrist brace becomes faster, more precise, and more accessible. This innovation enhances the patient experience while optimizing the work of healthcare professionals.
