Roboligent develops force-controlled robotic arms that automate physical therapy exercises, providing precise and consistent rehabilitation for patients. This technology addresses the need for effective and scalable physical therapy solutions, enhancing patient recovery while reducing the burden on healthcare providers.
Funding
$3M 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
The increasing global demand for physical rehabilitation, driven by rising cases of stroke, chronic disease, and injuries among an aging population, is difficult to meet with conventional clinical operations. Providing the high-intensity, high-repetition, long-duration therapy sessions needed for effective recovery is challenging, and rehabilitation centers are seeking automated solutions.
Solution
Roboligent's REGEN system is a medical device designed to automate and enhance physical therapy exercises for patients with limb disabilities resulting from neuromuscular disorders. The REGEN system consists of a human-interactive robotic arm attached to a motorized base, connecting to patients via an arm or leg brace to provide therapeutic motions. A touchscreen interface allows operators to manage patient profiles, program motions, and initiate exercises. The device guides users through each motion while providing assistance as needed, enabling personalized neurological exercises and data-driven care.
Target Audience
The primary target audience includes hospitals, rehabilitation centers, and clinics seeking to improve clinical efficacy and operational efficiency in physical therapy.
Features
- Human-interactive robot arm attached to a motorized base
- Touchscreen interface for managing patient profiles and programming motions
- Motorized base for easy relocation
- Capability to calibrate and teach the device new motions for each user
- Adjustable repetition settings for each motion
- Objective assessment mode and proprietary performance score metrics for real-time monitoring of patient progress
- Integration of games and exercises that train movements transferable to activities of daily living
- Real-time haptic and visual feedback to motivate patients
- Supports arm, knee, leg, and gait exercises in various postures