SpringWear offers wearable, spring-powered exoskeleton devices for at-home stroke rehabilitation. Our lightweight technology assists with finger extension, enabling stroke survivors to regain hand function and improve daily independence.
Funding
Funding not disclosed
Founders
Product
Problem
Stroke rehabilitation often requires frequent clinic visits, and existing at-home devices can be heavy, uncomfortable, or lack robust clinical validation. This limits consistent patient engagement and hinders the recovery of hand function, impacting daily independence.
Solution
SpringWear provides wearable, spring-powered exoskeleton devices designed for at-home stroke rehabilitation. Our technology assists with finger extension, enabling patients to regain hand function and perform daily activities with greater ease. The lightweight and portable design facilitates consistent use in the comfort of the patient's home, supported by a telehealth platform for data-driven progress tracking. This approach aims to improve rehabilitation outcomes by offering accessible, effective, and personalized solutions.
Target Audience
The primary users are stroke survivors seeking to improve hand function and independence at home, as well as physical and occupational therapists and clinics looking for effective, accessible rehabilitation tools.
Features
- Wearable, spring-powered exoskeleton for upper limb stroke rehabilitation.
- Assists with finger extension to counteract flexor tone and improve grip.
- Lightweight and portable design for convenient at-home use.
- HandSOME I: Elastic elements provide extension assistance; coupled finger and thumb movements for ease of use.
- HandSOME II: Offers increased dexterity between fingers and serves as an assistive device for daily living activities.
- Clinically tested for immediate and long-term benefits, with published studies available.
- Telehealth platform integration for data-driven progress tracking and demonstration of efficacy.