Syrebo SY-BR09

The SY-BR09 is built for hospital and clinic teams and for rehabilitation centres. The detachable structure and wireless design let a therapist set the system up at the bedside, so a patient can begin training without leaving the ward.

Patients with hand dysfunction from stroke, brain injury, cerebral palsy or hand trauma can train on the system. The manufacturer covers muscle strength levels 0 to 5, so patients with no visible hand movement and those with partial control both have a matching mode.

At the lowest levels, the glove carries out passive training while the patient practises motor imagery. The EEG acquisition system reads the intent to move, and the glove responds with real movement, giving the patient motion and sensory feedback in one action. As strength returns, assisted training at level 2 and active training at level 3 let the patient contribute more of the movement. Resisted training at levels 4 and 5 provides a load for the hand to work against.

Beyond the hand itself, the system trains range of motion at the shoulder and elbow, finger coordination and simulated activities of daily living. Cognitive tasks target attention, memory and calculation. Visual and auditory scenarios and virtual reality games give each task an on-screen purpose.

The therapist keeps each patient's profile and assessments in one place, including the mental hand rotation evaluation. The system saves whole-EEG data from each session, packages it with one click, and replays it on any computer in MATLAB for further review.

Intent drives the glove.

The patient imagines a hand movement, and the glove carries it out. Training can begin before voluntary movement returns.

Feedback arrives with the movement.

The glove moves the hand when the EEG signal shows intent. Motion and sensory feedback reach the patient at the same moment.

The whole EEG record is kept.

Each session is saved as whole EEG data. One click packages it for playback on any computer.

Strength levels 0 to 5 are covered.

Passive, assisted, active and resisted training map to the muscle strength levels. One system follows a patient from the first session onward.

Force sensing sets the help.

Force sensing in the glove gives assistance or resistance. The level of support follows the patient's strength.

Wireless and detachable

The wireless design assembles quickly, and the structure detaches. The system moves to the bedside or into a rehabilitation centre.

Training beyond muscle strength

The same system supports range of motion, cognitive tasks, simulated daily activities, and finger coordination. A therapist can plan a full session without changing equipment.

Profiles and assessments in one place

User management keeps each patient's profile and several assessments in one place. Progress stays easy to find at the next session.

A check on implicit motor imagery

The mental hand rotation evaluation assesses and strengthens implicit motor imagery. It supports the imagery work at the centre of the system.

Non-invasive EEG acquisition

An EEG acquisition system collects brain signals from the scalp. The software extracts and analyses their features.

Brain-inspired noise reduction

The algorithm reduces noise in the captured EEG. This keeps the data accurate for training and review.

Motor imagery control

The patient imagines the movement, and the system turns that signal into a glove instruction. The loop closes with real movement.

Power-assisted pneumatic glove

A bionic pneumatic glove moves the hand in response to the instruction. It is part of the standard package.

Force-sensing modes

Passive training serves levels 0 and 1, assisted training serves level 2, active training serves level 3 and resisted training serves levels 4 and 5. The glove adjusts its support accordingly.

Multi-sensory task-oriented training

Visual and auditory stimuli accompany each task. Scenarios give the movement a purpose on screen.

Active game training

Virtual reality games respond to the patient's effort. Each game sets an exercise goal.

Range of motion training

The system trains shoulder and elbow movement. The therapist sets this alongside hand work.

Cognitive training

Tasks cover attention, memory and calculation. They run in the same session as hand training.

Activities of daily living simulation

Exercises copy everyday hand tasks. The patient practises movements that matter outside the session.

Finger coordination training

The on-screen hand shows a bar for each finger, with counts and total time. The patient sees progress as the session runs.

Mental hand rotation evaluation

The evaluation assesses and strengthens implicit motor imagery. Results join the patient's other assessments.

Intelligent user management

Each user profile groups several assessments. The therapist reviews progress across sessions.

EEG recording, export and print

The system displays a recent EEG pattern and a record of each motor imagery session. Export and print functions are on screen.

EEG data in MATLAB

EEG data can be stored and viewed in MATLAB software. Whole recordings replay on any computer.

Grip strength meter and manual switch

A grip strength meter measures grip, and a manual switch gives the therapist direct control. Both come in the package.

Wireless, detachable structure

The wireless design assembles quickly. The detachable structure suits bedside and rehabilitation centre use.

The SY-BR09 suits departments that want patients to train on their own intent, including patients with no voluntary hand movement yet. The EEG acquisition system turns motor imagery into glove movement, and the same system supports passive, assisted, active, and resisted training.

Teams that want a saved record of each session will find whole EEG data, user profiles and several assessments built in. A wireless, detachable design lets the system serve a bedside or a rehabilitation centre, so the same unit works in both settings. Each session leaves data the team can replay, export, and print for the patient file.