Transformational neuro-rehabilitation for the hand!The MyHand® System.
MyHand® is a targeted rehabilitation system for the hand. It is built on a clinically-proven, patented, AI-enabled, digital neurotherapeutics (DTx) platform that provides neuromechanical restitution to people living with hand function impairment as a result of a neurological or musculoskeletal condition.
Hand Paralysis from Stroke is a Huge Unmet Clinical Need
There are over 100 million stroke survivors globally. 70% of the survivors have residual hand paralysis and unfortunately live with this disability for life! MyHand® provides the desperately needed effective & functional rehabilitation for them to regain their function and quality of life. It also caters to other musculoskeletal conditions of the hand and injuries from sports or war.
KNOW MORE →
INTENDED USE
The IRegained's MyHand® System is intended to be used, under the direction of a licensed rehabilitation professional, to assist in the recovery of hand function in patients with hand function disability caused by neurological, neuromuscular, systemic and/or musculoskeletal injuries, disorders, and syndromes.
BROAD SET OF CLINICAL APPLICATIONS
Neuromuscular Disorders (e.g. MS)
SPORTS INJURIES
Combat Injuries
Traumatic Brain Injury
Ageing related disorders
STROKE
SYSTEMIC DISORDERS
Musculoskeletal Disorders
The MyHand® System can be used to treat a wide range of hand function deficits including musculoskeletal or neurological injuries including Stroke, TBI or other hand injuries
KEY ADVANTAGES OF MyHand® SYSTEM
The MyHand® System leverages the brain's innate neurophysiological mechanisms to "reprogram" damaged neural pathways. Developed in collaboration with clinicians and stroke survivors, this clinically proven system facilitates the development of alternative neural pathways by integrating the human sensory system with the motor apparatus. The system achieves this by actively engaging the patient’s: -> Sensory System: Utilizing touch, pressure, and proprioception. -> Motor Capabilities: Activating specific muscles throughout the hand and forearm.
The MyHand® System Hardware
Multi-grip & Pinch
Force Feedback
Active / Passive / Assistive
Quick Setup
The MyHand® System App
Built-in Patient Assessment
Pre-programmed Protocols
Gamification
Real Time Data
The MyHand® System Dashboard
Manage Clinic & Patient Assignments
Clinician Telemedicine
Analytics & Reporting
MyHand® SYSTEM IN ACTION
Watch · System Demonstration
FOUNDATION OF THE MyHand® SYSTEM
TARGETED FUNCTIONAL THERAPY
CLINICAL EFFICACY
BUILT ON NEUROSCIENCE FOUNDATION
CLOUD CONNECTED
TRIGGERING SELF-INITIATED NEUROPLASTICITY
The key long-term goal of hand rehabilitation involves retraining the brain using the principles of neuroplasticity rather than just exercising the muscles. IRegained has developed the following proprietary method to trigger neuroplasticity:
Personalized Rehabilitation
Individual digit isolation & adjustable force and range of motion elements tailored to individual patient capability.
Intrinsic Motivation
Therapy must be self-initiated and self-directed for voluntary muscle control. Active brain engagement is a prerequisite for neuroplastic changes.
Sensory Engagement
Leverages proprioception & indirect real-time visual feedback of finger movements for error-corrective learning.
Active Motor Recovery
High repetition of functional grasp and pinch movements.
Highly engaging Interface
Easy to use and highly engaging games, make the therapy highly engaging and improve adherence.
Clinical Assessment
Embedded assessment tools to track progress and adjust the therapy program.
MyHand® BENEFITS EVERY STAKEHOLDER
For CliniciansTransform Your Practice, Enhance Patient Outcomes.
Clinician Resources
For Patients & CaregiversWith MyHand®, it's in your hands!
Patient Journey
FREQUENTLY ASKED QUESTIONS
How does it work?
What is the intended use?
Empowering stroke survivors to regain hand function and independence through innovative neuro-rehabilitation technology.
+1 (705) 555-0100
inquire@iregained.rehab
Company
© 2026 IRegained Inc. All rights reserved.
