Unhindr provides an AI-powered prosthetic liner that dynamically adjusts to the user's limb volume and comfort preferences. Its robotic system and mobile app offer real-time fit modifications, enhancing comfort and reducing the need for manual socket adjustments.
Funding
Funding not disclosed
Founders
Product
Problem
The human body's shape changes throughout the day, but traditional prosthetic fittings remain static, leading to discomfort, pressure sores, and the need for frequent clinical adjustments. This mismatch between the user's physiology and the prosthetic socket design limits mobility and overall well-being.
Solution
Unhindr offers the ROLINER, an AI-powered prosthetic liner that dynamically adapts to the user's changing limb volume and comfort preferences. Utilizing an embedded robotic system and a mobile application, the liner provides real-time adjustments to optimize fit and pressure distribution. This adaptive technology aims to enhance user comfort, reduce the incidence of skin breakdown, and minimize the requirement for manual socket modifications. The system learns individual user needs, offering a personalized prosthetic experience that supports continuous wear and activity.
Target Audience
The primary target audience includes individuals with limb loss who utilize prosthetic devices and seek improved comfort and reduced maintenance, as well as prosthetists looking for advanced fitting solutions.
Features
- AI-driven robotic liner with embedded actuators for dynamic volume adjustment
- Mobile application interface for user-controlled real-time fit modifications
- Predictive algorithms that learn user comfort preferences and limb volume fluctuations
- Real-time pressure mapping and feedback loop for optimized socket interface
- Durable, biocompatible materials designed for extended wear
- Secure data transmission for personalized AI model updates