Transformational neuro-rehabilitation for the hand!
The MyHand® System
The MyHand® System 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.
CLINICIAN TRUSTED AND REGULATORY APPROVED
Canada
United States
India
Singapore
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
TARGETED PROTOCOLS FOR FUNCTIONAL RECOVERY
The MyHand® System guides your through specialized evidence-based, neuroplasticity-driven protocols to rebuild strength and improve precision and coordination, allowing you to independently perform Activities of Daily Living (ADLs).
Active Grasp & Release
Focuses on the foundational mechanics of opening and closing the hand, vital for holding everyday objects like cups or utensils.
Independent Finger Movement
Targets the ability to move each finger independently, rebuilding the fine motor skills required for typing, buttoning shirts, or managing keys.
Pinch Grasp
Concentrates on the thumb and index finger coordination, essential for picking up small items, writing, and intricate daily tasks.
Functional Task Simulation
Combines multiple movements into game scenarios that mimic real-world activities, bridging the gap between therapy and normal life.
Real-Time Force & Motion Tracking
Provides real-time measurement of force and range of motion directly in the fingers, allowing for precise quantification of joint flexibility and gripping strength.
Real-Time Biofeedback
Delivers real-time visual cues and sensory data, helping patients refine movement patterns and adjust muscle engagement instantly.
Intrinsic Muscle Strength
Targets the small muscles within the palm essential for fine coordination, hand stability, and arch integrity.
Interactive Gamification
Transforms repetitive therapeutic exercises into motivating challenges and interactive games, boosting patient adherence and enjoyment.
Pioneering rehabilitation through personalized precision
A seamless multimodal intervention for adaptability and access to a broad patient population.
Step 01: AssessBaseline Assessment & Analytics
Instantly capture objective baseline metrics for hand position, grip strength and range of motion. The System translates and saves physical capability into actionable clinical data and performance outcomes in real-time.
Step 02: ExecuteGamified Neuroplasticity-Driven Therapy
Drive patient engagement through task-specific Digital Neurotherapeutic (DTx) protocols and games. Patients perform thousands of precise, voluntary controlled ADL movements masked as immersive gameplay.
Step 03: AdjustDynamic Force and ROM Adaptation
Smart mechatronic sensors monitor patient fatigue in real-time, dynamically adjusting resistance & sensitivity to trigger neuroplasticity, while avoiding fatigue and keeping the patient in their optimal therapeutic zone for effective recovery.
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