Benefits

  • Allows Active Assistive Movements

    Active trainings are enabled through electromyography (EMG). Our robotic gloves can assist movements upon detecting the patient's intention to move. Many therapists find this highly encouraging for patients.

  • Automatised training programmes

    Automatic procedures can be designed for individual patients, which would require less labour for ongoing training.

  • Task-based training

    HandyRehab helps patients improve the skills needed for daily living and working. The lightweight and wireless design allow patients to undertake task-oriented training with real life objects.

  • Task-based training

    Equipped with motion-tracking and key performance measuring features, HandyRehab allows therapists to better track patients' recovery progress.

WHO is HandyRehab for?

Designed for patients recovering from stroke, TBI, or spinal cord injury, offering targeted rehabilitation to improve hand mobility, strength, and coordination, empowering independence in daily activities. Ideal for enhancing motor function with accessible, tailored therapy.

About HandyRehab

HandyGlove is a smart robotic glove system which is patented and clinically proven to assist stroke rehabilitation to up to 90% of full motor control. It is a portable assistive device which helps disabled people to complete daily task, such as holding on a glass of water.

Empower users with upper limb disability, giving them the possibility to do things they otherwise could not.

Provides huge user satisfaction and motivates users to train their impaired limb.

Portable and 100% wireless robotic device – suitable for task-oriented training and home-based training.

Learn More

Read Our Leaflet!

User Comments

Mr Choi, Senior Physiotherapist at Private Clinic

With the aid of the HandyRehab System, therapists can visualise patients’ muscle activities during different actions. Allowing us to have a more objective assessment of patients’ rehabilitation progress.

Mr Chan, Physiotherapist at NGO

Traditional therapeutic methods emphasize repetitive exercises. Therapists instruct patients to complete an action until they can finally execute it correctly. However, neither the therapy nor the patients are certain whether the correct set of muscles is being used. With the robotic exoskeleton system, patients can now receive accurate feedback on their performance, which can greatly reduce the duration of training. Stroke patients, especially younger ones, are very eager to regain their hand function because they would love to be able to return to work.

Rolando, Physiotherapist

A patient told me that after using the robotic glove, he felt the connection between his brain and his hand. At the onset of his stroke, he felt as if his hand did not belong to him and could not be controlled. The characteristic feature of the robotic hand is that it trains the patient to use their brain to initiate hand movements. Even when a patient's muscle strength is very weak, the robotic hand can assist them. Patients can start with passive training, progress to semi-active training, and finally advance to active training. During this process, the patient can see that his hand can be controlled by himself.

Mr Cheung, stroke patient / HandyRehab user

When I first started using the robotic glove, I was not able to move my fingers at all. I realized that robotic training is very important after seeing significant improvements in myself. I strongly believe that stroke patients' recovery would have been much faster if we had such robotic devices in our community centers and elderly day centers, where we can visit every day.

Ms. Chu, stroke patient / HandyRehab user

I felt very happy when I first encountered the HandyRehab because I saw my hand, which is usually clenched into a fist, slowly opening up. The moment I saw it, I was deeply moved. The experience motivated me to continue with rehabilitation training.

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