Nureab develops and manufactures rehabilitation robotics designed to aid people with motor disabilities. The company offers products like the Handelaton, a wearable robot for hand injury rehabilitation, supported by operating software. These technologies provide physiotherapists with objective diagnostic data to improve patient recovery rates.
Funding
$32K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Patients recovering from hand injuries often face prolonged rehabilitation periods and limited access to precise therapy programs, hindering their ability to regain full hand function and independence. Traditional rehabilitation methods may lack the objective data needed for physiotherapists to accurately assess progress and adjust treatment plans.
Solution
Nureab offers a rehabilitation robotics solution designed to improve hand function and accelerate recovery for patients with hand injuries. Their system utilizes a wearable robotic device, Handelaton, integrated with a software application to deliver personalized therapy programs. The device guides patients through rehabilitation exercises with high accuracy, while the accompanying software provides physiotherapists with objective diagnostic data to inform treatment decisions. By combining robotics and data analytics, Nureab aims to enhance patient mobility, reduce recovery times, and provide healthcare providers with the tools needed to optimize rehabilitation outcomes.
Target Audience
The primary target audience includes physiotherapists, rehabilitation centers, and hospitals specializing in hand injury recovery, as well as patients seeking to improve hand function and accelerate their rehabilitation process.
Features
- Wearable hand rehabilitation robot (Handelaton)
- Integrated software application for personalized therapy program creation and management
- Objective diagnostic data collection and analysis for accurate progress tracking
- Customizable rehabilitation exercises tailored to specific injuries and severity levels
- Real-time monitoring of patient performance during exercises
- Data-driven insights to optimize treatment plans and improve patient outcomes