Esoglove Rehabilitation Robot Glove

EsoGLOVE soft rehabilitation robot gloves use soft robot exoskeleton technology, replacing conventional rigid electromechanical components with soft fabrics and embedded drivers (motors).

They can conform to natural hand movements, are comfortable to wear, lightweight to use, and have a user-friendly interface. , allowing patients with neurological diseases such as stroke to perform hand rehabilitation and assistive training in a safe environment.

EsoGLOVE soft rehabilitation robot gloves help patients relearn and restore hand movement functions through Action Observation Therapy.
"We hope to help patients return to independent living in a natural and effective way."

Value

• functional task training
• Active and passive exercises
• Quick setup and lightweight
• Comfortable

Therapist Benefits

• Light and portable
• Passive and active exercises
• High repeatability
• Quick Setup

Patient benefits

• Functional task training
• lightweight
• Suitable for high strength
• Comfortable
• Easy to follow instructions

Action Observation Therapy

• Movement observation therapy is a scientific and effective intervention method to improve the motor function of stroke patients. During training, patients typically observe movements on the screen and try to imitate them.
• Through the EsoGLOVE soft rehabilitation robot gloves, patients with hand spasm or laxity can undergo rehabilitation training, thereby helping them gradually recover and relearn hand movement functions.
• The versatility of ESOGLOVE makes this possible, as the special lightweight fabric of EsoGLOVE, made of biocompatible materials, allows patients to interact with real objects even while wearing gloves, which will further enhance the learning process.

Neuroplasticity

• The brain undergoes structural and functional reorganization as patients relearn hand motor functions through passive, active, and functional task training. This is made possible due to our brain's innate ability - neuroplasticity.
• Combined with action observation therapy, the brain is able to rebuild neuronal connections between nerves as the patient observes and performs task exercises. Simultaneous visual effects and proprioceptive feedback (feeling and seeing hand and arm movements) are associated with stimulating neuroplasticity in patients. Through high repetition, communication between neurons is strengthened, allowing the brain to relearn movements over time.

Keywords： rehabilitation, hemiparesis, stroke, mirror, arm, hand, therapy, rehab, glove