Robotic Rehabilitation Glove — Regain Finger Dexterity at Home

Three Innovations That Change Recovery

Five Independent Finger Modules

Each finger gets a dedicated actuator with ribbed silicone traction. Program them separately — focus on the index and middle fingers while letting the pinky rest. No other home device offers this level of granular control.

Adaptive Resistance Calibration

Adjust tension in real time via the wireless controller. Start with gentle assistance, then gradually increase resistance as strength returns. The LED display tracks your level — no guesswork, just progressive overload like in a professional clinic.

Portable Clinical Therapy

The entire system packs into a protective carrying case. Use it at home, take it to the office, or have your therapist oversee sessions remotely. Consistent daily practice — the missing ingredient in so many recovery journeys — now fits into real life.

Where Science Meets Commitment

• 5Independent Actuators
• 14Adjustable Settings
• 60 minDaily Autonomy
• 12 moMotor Coverage

Your Daily Session in 3 Steps

1. 1
   Strap In & Power Up

   Slide your hand into the glove, secure the wrist band, and connect the controller. The LED screen lights up with your last resistance setting.

2. 2
   Calibrate Resistance

   Use the controller dial to set the difficulty per finger. Start low, and let the motors gently guide your fingers through full extension and flexion.

3. 3
   Follow the Routine

   Aim for 30-60 minutes of continuous movement. The glove repeats the pattern you select, building muscle memory. Pair it with a podcast or audiobook — the session flies by.

Everything You Need to Begin

• Robotic Rehabilitation Glove×1

  Five motorized finger modules with textile wrist support

• Digital Wireless Controller×1

  LED display with multi-level resistance calibration

• Protective Carrying Case×1

  Fits all components securely; ideal for clinic visits

• Power Cable×1

  Standard AC adapter, 6ft length

The Frustration of Lost Independence

The Daily Struggle

After a neurological event, the hand can feel locked. Muscles forget, fingers refuse to extend, and every small task becomes a mountain. Traditional therapy requires hours of one-on-one sessions — expensive and hard to sustain. The gap between where you are and where you want to be feels impossibly wide.

A Precision Approach

This isn't a one-size-fits-all brace. Each finger gets an independent motorized module, calibrated to your resistance level via the wireless controller. It mirrors the natural biomechanics of hand movement — extension and flexion exactly where you need it. Finally, rehabilitation that adapts to your recovery pace.

Getting Back to Coffee Mornings

A few weeks in, the first sign appears — a finger uncurls without resistance. Then you grasp a mug, turn a doorknob, write a birthday card. The glove becomes less a device and more a bridge back to the life you remember. Consistent sessions at home, on your schedule, rebuild strength and confidence side by side.

A Timeline of Progress

1. Day 1
   First Controlled Movement

   The motors assist your fingers through a full range of motion. It may feel strange initially, but you'll notice reduced stiffness right after the session.

2. Week 1
   Passive to Active Participation

   You start to engage muscles voluntarily. The controller records higher resistance levels; fingers tremble less at end ranges.

3. Week 3
   Functional Tasks Return

   Grasping a water bottle, turning a key, using a fork — these daily actions require less conscious effort. Neuroplasticity is kicking in.

4. Week 6
   Solid Grip and Confidence

   You can write a sentence, hold a phone securely, and self-feed reliably. The glove becomes a maintenance tool rather than a necessity.

Keep Your Glove Performing

• Wipe after each use

  Use a soft cloth dampened with mild soap. Avoid alcohol-based cleaners on silicone.

• Store in case

  Protects the actuators from dust and accidental drops. Keep away from direct sunlight.

• Unplug when not charging

  Preserve battery and prevent cable fatigue.

Why This, Not That