Leg&airy
Leg&airy develops AI-powered smart orthopedic devices that convert static braces into dynamic, data-driven tools. These devices measure pressure distribution to provide smarter, proactive orthopaedic care. The technology aims to improve patient outcomes by personalizing orthotics to adapt to individual patient journeys.
- Artificial Intelligence
- Biotechnology
- Hardware
- Healthcare Technology
- Manufacturing / Industry 4.0
- Medical Devices
Funding
Founders
Product
Problem
The traditional process of creating custom-fitted orthopedic braces and prosthetics is often lengthy, involving multiple appointments and a turnaround time of several months, which can delay patient recovery and negatively impact their quality of life. Current methods may also be invasive and uncomfortable for patients.
Solution
Leg&airy offers a streamlined solution for custom neuro-orthopedic wearables through its proprietary Scan-Fit-Print system. This system significantly reduces the turnaround time for custom-built braces and orthotics to a single week, providing a more humane and less invasive patient experience. The process begins with a detailed digital scan of the affected area, creating a digital twin of the patient's anatomy. Using this scan, the company digitally modifies its custom braces or orthotics to ensure a comfortable and precise fit. Finally, the customized components are 3D printed in-house using sustainable materials, ensuring high-quality products tailored to the individual's needs and lifestyle.
Target Audience
The primary target audience includes individuals in need of custom-fitted orthopedic braces and prosthetics, as well as medical professionals and partners seeking innovative solutions for neuro-orthopedic care.
Features
- Scan-Fit-Print system: Shortens the custom orthotics creation process to a single week.
- 3D printing: Utilizes sustainable materials for in-house manufacturing of components.
- LEG&OS: AI-powered operating system designed to augment the patient and partner experience.
- Digital Scanning: Creates a detailed digital twin of the affected area for precise fitting.
- Lightweight Design: Braces and prosthetics are built to match the wearer's personality and lifestyle.