The Conceptual 'Safe Landing Garment' Offers a Contoured Fit
Michael Hemsworth — January 7, 2019 — Lifestyle
References: hubertchendesign & yankodesign
The conceptual 'Safe Landing Garment' has been designed by Hubert Chen as a revolutionary new approach to orthotics that will help to provide enhanced comfort and support for wearers. Achieved thanks to 3D printing technology, the brace is capable of being customized to the exact specifications of the wearer. This makes it far more applicable to the anatomy of the wearer when compared to kinesiology tape and can also be applied without assistance to further enhance the convenience of the product.
The conceptual 'Safe Landing Garment,' or 'SLG,' is optimized for those who require additional support when partaking in sports or working out and is part of the burgeoning technology healthcare market. As our manufacturing techniques become more sophisticated thanks to procedures like 3D printing, we'll likely continue to see products and treatments increase in terms of both quality and customization.
The conceptual 'Safe Landing Garment,' or 'SLG,' is optimized for those who require additional support when partaking in sports or working out and is part of the burgeoning technology healthcare market. As our manufacturing techniques become more sophisticated thanks to procedures like 3D printing, we'll likely continue to see products and treatments increase in terms of both quality and customization.
Trend Themes
1. Customized Orthotics - The use of 3D printing technology allows for the creation of personalized knee braces and other orthotic devices, providing a contoured fit and enhanced comfort.
2. Enhanced Support in Sports - The development of 3D-printed knee braces offers athletes and fitness enthusiasts increased support and stability during physical activities, potentially reducing the risk of injuries.
3. Advancements in Healthcare Technology - The utilization of 3D printing in creating orthotics represents a disruptive innovation in the healthcare industry, enabling improved treatment options and customized solutions for patients.
Industry Implications
1. Healthcare - The healthcare industry can incorporate 3D printing technology to offer personalized orthotic solutions, such as 3D-printed knee braces, to patients in need of enhanced support and comfort.
2. Sports and Fitness - The sports and fitness industry can implement 3D-printed knee braces to provide athletes and fitness enthusiasts with advanced support during physical activities, enhancing performance and reducing the risk of injuries.
3. Manufacturing - The manufacturing industry can embrace 3D printing technology to produce customized orthotic devices like knee braces, opening up new market opportunities and improving manufacturing processes.
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