Hand Rehabilitation Robot (BCI) SY-BR09

Product catalog summary

Introduction
Shanghai Siyi Intelligent Technology Co., Ltd. offers innovative rehabilitation products and services, including the Hand Rehabilitation Robot (BCI) model SY-BR09. This device is designed to enhance rehabilitation effectiveness through brain-controlled training, leveraging motor imagery and neural plasticity principles.

Product Features
The SY-BR09 features a brain-inspired algorithm with noise reduction capabilities for accurate EEG data capture. It supports all rehabilitation stages for patients with 0-5 muscle strength and is adaptable to various scenarios due to its detachable structure. The wireless design facilitates easy assembly and improves efficiency.

Training and Technology
The device offers multi-dimensional training, integrating user profiles and assessments for comprehensive rehabilitation progress tracking. It employs multi-sensory task-oriented training and advanced EEG data tracking technology, with data viewable on MATLAB software. The system covers the full rehabilitation cycle, offering force sensing technology for assistance or resistance as needed.

Rehabilitation Programs
The SY-BR09 supports muscle strength training, ROM improvement, cognitive training, ADL simulation, coordination training, and active game training. It provides tailored training for different muscle strength levels, from passive to resistance training.

Specifications and Clinical Evidence
The device operates on 100-240V with a 50-60Hz charge frequency. Clinical evidence suggests that BCI-based neurorehabilitation is superior to traditional methods, improving hand motor function and quality of life in stroke patients, with long-term benefits. It is indicated for patients with hand dysfunction due to various conditions, including stroke and brain injury.

Standard Accessories
The package includes a host, power-assisted glove, grip strength meter, adapter, EEG acquisition system, data glove, manual switch, power wire, user manual, and qualified certification.

Catalog excerpts

Hand Rehabilitation Robot (BCI) SY-BR09-1

Hand Rehabilitation Robot (BCI) 80 Countries & regions Medical units Providing innovative rehabilitation products & services for hospitals/communities/families Shanghai Siyi Intelligent Technology Co., Ltd. Website: www.syrebo.com Oﬃce: (+86) 400-6886-275 E-mail: [email protected] Address: 2F, Building 13, 2388 Xiupu Road, Pudong New Area, Shanghai

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Hand Rehabilitation Robot (BCI) SY-BR09-2

Hand Rehabilitation Robot (BCI) SY-BR09 Based on the principles of motor imagery and neural plasticity, through brain-controlled training, it stimulates patient’ active movement awareness, achieving a "perception-control" bidirectional closed-loop neural s stimulation, reshaping users' neural pathways, and signiﬁcantly improving rehabilitation eﬀectiveness. Virtual reality training games EEG acquisition system Brian-inspired algorithm Active rehabilitation Cutting-edge noise reduction capability to capture EEG, ensure data accuracy Suitable for 0-5 muscle strength patients, covers all stages...

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Hand Rehabilitation Robot (BCI) SY-BR09-3

Product Features Intelligent user management Multi-sensory task-oriented training Integrate user proﬁle and multi-assessments in one user management, simultaneously checking rehabilitation progress in multiple dimensions. Task-oriented training combining visual, auditory, sensory and other multi-dimensional stimuli to improve overall rehabilitation eﬃciency. EEG data tracking technology Advanced data processing technology enables EEG signal collection smoothly. EEG signal data can be stored and viewed on MATLAB software, providing references for rehabilitation programs and guidance for clinical...

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Hand Rehabilitation Robot (BCI) SY-BR09-4

Clinical Evidence 1. BCI-based neurorehabilitation is superior to common rehabilitation treatments such as motor imagery, Patients with hand dysfunction caused by stroke, brain injury, cerebral palsy, hand trauma, parkinson's disease, mirror therapy, robot-assisted training, constraint-induced movement therapy, virtual reality therapy, and tDCS. Reference: Cervera MA, Soekadar SR, Ushiba J, et al. Brain-computer interfaces for post-stroke motor rehabilitation: a meta-analysis. Ann Clin Transl Neurol. �� Mar ��;�(�):��-��. Rehabilitation Department Stroke Center Neurosurgery Department Neurology...

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Hand Rehabilitation Robot (BCI) SY-BR09

Hand Rehabilitation Robot (BCI) SY-BR09

Catalog excerpts

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