Spinal Cord Injury FES Rehabilitation System

Comprehensive closed-loop FES system specifically designed for post-stroke motor recovery. Combines EMG detection, adaptive stimulation, and real-time feedback to facilitate neuromuscular retraining.

Advanced functional electrical stimulation platform with multi-field stimulation capabilities integrated with IoT technology. Supports comprehensive neurological rehabilitation for conditions including stroke, spinal cord injury, and cerebral palsy.

A medical device that uses transcranial direct current stimulation (tDCS) as the primary treatment method combined with functional electrical stimulation (FES) as supplementary treatment. It activates neural populations in key brain regions while providing whole-brain stimulation to promote neural tissue structural reconstruction and repair pathologically damaged neurons. The device is approved and registered by the China National Medical Products Administration as a Class II medical device.

Based on motor imagery brain-computer interface electrical stimulation technology, this device enables stroke patients to perform active rehabilitation training through motor intent. It precisely activates damaged neural pathways and achieves closed-loop neural circuit training through a 'central-peripheral-central' mechanism, promoting neural circuit reshaping and functional reorganization of damaged neural networks. Compared to conventional rehabilitation training, it improves rehabilitation outcomes by 30-40%.

Integrated system for treating various neurological conditions through intelligent stimulation and biofeedback. Supports multiple rehabilitation pathways with adaptive algorithms that adjust to individual patient needs.

A therapeutic technology that uses electrical stimulation to activate muscles and nerves for patients with neurological impairments. This treatment assists in functional rehabilitation and movement restoration.

Functional Electrical Stimulation device for lower limb rehabilitation. Fesia Bike & Walk improves motor command and selectivity for gait through electrical stimulation, enhancing distal lower limb function during walking.

Functional electrical stimulation device that decodes neuromuscular intent through electromyography signals and delivers proportional stimulation in real time. Enables intent-based rehabilitation for patients with neurological impairment.

Functional Electrical Stimulation device for upper limb rehabilitation. Fesia Grasp improves motor command and selectivity of the hand and wrist through electrical stimulation, enhancing distal upper limb function.

Electrical stimulation device designed for neuromuscular therapy and rehabilitation, synchronized with therapeutic exercises to enhance muscle function and recovery outcomes.

EMG-triggered functional electrical stimulation system for post-stroke and neurological rehabilitation. Features real-time muscle signal detection at 2,000 Hz sampling rate with adaptive threshold modulation and multi-channel precision stimulation delivery.

Intelligent closed-loop neuromuscular stimulation system designed for post-stroke and neurological rehabilitation. Features EMG-triggered stimulation that detects muscle signals in real time to drive functional electrical stimulation (FES) and neuromuscular electrical stimulation (NMES) therapy. The system includes adaptive threshold control, multi-channel precision stimulation, and clinical data analytics capabilities for monitoring patient progress.