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HandTutor.

MediTouch HandTutor

The HandTutor enables functional fine motor fingers and wrist training of the hand. The system consists of an ergonomic wearable glove and dedicated  rehabilitation software. This allows the physical and occupational therapist to work within the patient’s movement ability. It comes with a complete WorkStation and upper extremity devices for elbow and shoulder if needed

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Targeted Training

The HandTutor enables clinicians to deliver task-oriented training tailored to the patient’s range of motion (ROM). Real-time biofeedback supports:

  • Motor Training Exercises: Designed to support wrist and fingers movement practice

  • Repetitive Practice: Enables high-frequency training sessions

  • Combined Upper-Limb Training: Supports coordinated hand movement training

  • Adjunct Therapy Use: Can be used alongside therapies such as Functional Electrical Stimulation (FES), where applicable

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Monitoring & Data Capture

The system software provides tools for supervised or independent training:

  • Movement Tracking: Captures shoulder and elbow movement parameters during exercises

  • Performance Data: Records metrics such as movement frequency, speed, and range of motion

  • Biofeedback Interface: Provides real-time visual feedback during training sessions

Engagement, Gamification & Motivation

The HandTutor system incorporates gamified elements designed to enhance patient engagement and training adherence. Interactive feedback and structured task goals help make therapy sessions more engaging, personalized, and user-friendly.

  • Gamified Training Tasks: Exercise-based activities with goal-oriented challenges

  • Real-Time Feedback: Visual feedback supports active participation during training

  • Motivation Support: Progress tracking and performance indicators encourage continued use

  • Customizable Sessions: Clinicians can tailor training parameters to individual patient needs and abilities

These features are intended to support patient engagement during structured rehabilitation programs.

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Used in Rehabilitation

  • Fine motor, sensory and cognitive impairments

  • Stroke

  • Multiple Sclerosis

  • Cerebral Palsy

  • Parkinson’s disease

  • Head injuries

  • Complex regional pain syndrome

  • Muscle weakness

  • Peripheral nerve injuries

  • Post orthopedic surgery e.g. tendon transfer

  • Fractures and soft tissue injuries

  • Upper/ lower extremity movement dysfunction

  • Strength and balance training

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Used by Physical & Occupational Therapists

  • Evaluation and analysis including speed, passive and active range of motion and motion analysis

  • Documentation & Reports for 

  • Controlled & Customized real-time accurate feedback on patient performance

  • Motivating & Challenging rehabilitation games

  • suitable for a wide variety of neurological and orthopedic injury and disease

  • Movement biofeedback prevents development of undesired and compensatory movements

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