Fizocare adopts the Intelligent Rehabilitation Training System, which includes robotic and sensing equipment for upper and lower limb motor function recovery.

The upper limb robotic device has six degrees of freedom and provides adjustable weight compensation ranging from 0 to 100 percent during reaching, gripping and object handling exercises shown on the touch display.
Gamified training scenarios such as shopping, cooking and virtual sports automatically adjust difficulty levels according to patient performance, keeping task difficulty between 70 and 80 percent to promote neural remodelling.

The lower limb training set is equipped with a treadmill with body weight support.
The servo suspension harness reduces patient weight load from 0 to 60 percent with fine 1 percent adjustments.
Built-in pressure plates record ground reaction force and calculate the gait symmetry index.
Stroke patients are expected to reach an index above 0.9.
Extra clinical guidance will be arranged if the index falls below 0.8.
Ceiling lifting rails help move wheelchair users safely onto the treadmill and reduce manual handling risks.

Technical Note: Torque sensors on the robotic arm need quarterly calibration with a standard 5 Nm test weight.
Harness straps should not press against the armpits.
Continuous compression on the brachial plexus may lead to nerve damage and interfere with accurate recovery evaluation.

Fizocare equips the ADL training area with a professional Occupational Therapy Training System, which simulates complete household scenarios including kitchen, bathroom and bedroom for daily living rehabilitation.

The kitchen unit features a height adjustable worktop ranging from 75 cm to 95 cm and easy-operating single-lever taps with an operating force below 5 N. Color contrasted tableware is specially configured for patients with hemianopia. The supporting task analysis software automatically records completion time and error frequency during standardized training tasks, including hot drink preparation, laundry folding and touch screen based daily transaction simulation.

To relieve upper limb spasticity, dedicated orthotic braces for the shoulder, arm, wrist and hand are provided. The adjustable static progressive arm splint fixes the elbow at customized extension angles with 5 degree increments for 30 minute sessions, effectively stretching spastic flexor muscles. The hand brace adopts a palmar-dorsal shell structure with finger separators, maintaining 15 degree wrist extension and 45 degree flexion of metacarpophalangeal joints to avoid joint contracture. Therapists record brace wearing duration and conduct regular skin condition checks.

Technical Note: Dual-task assessment with backward counting interference is required at the fourth week of occupational therapy training. A completion time increase exceeding 20 percent under dual-task conditions suggests ongoing cognitive-motor dysfunction, requiring combined occupational and cognitive intervention.

Fizocare adopts the professional Speech-Language Therapy Training System, equipped with high-sensitivity microphones and visual feedback displays for standardized speech and swallowing rehabilitation.

The system covers targeted training for dysarthria, aphasia and dysphagia. It monitors vocal loudness and pitch for dysarthria correction, provides hierarchical semantic and phonemic prompts for picture-naming aphasia training, and offers videofluoroscopy simulation for dysphagia patient education. Built-in voice analysis tools evaluate core vocal indicators including fundamental frequency, jitter, shimmer and maximum phonation time, with all data compared against age and gender standard benchmarks.

For swallowing disorder rehabilitation, the system connects to a portable sEMG biofeedback device attached to submental muscles. Patients complete effortful swallowing training while observing real-time muscle amplitude changes, with a 20% improvement over baseline set as the therapeutic target. Standard evaluation scales including the Western Aphasia Battery and Frenchay Dysarthria Assessment are applied for initial assessment. The system automatically generates evaluation reports with severity grading and personalized treatment goals.

Technical Note: The microphone needs monthly calibration with a 1 kHz, 65 dB SPL standard tone. sEMG electrodes should be placed 1 cm away from the midline to avoid signal interference from contralateral muscle tissues. Skin cleaning and mild abrasion with alcohol wipes are required to keep skin impedance below 5 kΩ.

Fizocare equips comprehensive assessment tools to build complete patient baseline profiles.
The Cognitive Assessment System delivers touchscreen-based tests covering sustained and divided attention, immediate and delayed memory, executive function and visuospatial capability. Classic evaluation methods including Trail Making B, Stroop test and clock drawing tasks are integrated for accurate cognitive screening.

The Balance Assessment System uses a professional force platform to track center-of-pressure changes under multiple postural conditions, including standing with eyes open and closed, tandem stance and stability limit testing.
The Neurological Assessment System provides standardized electronic evaluation templates for mainstream clinical scales, including NIH Stroke Scale, Fugl-Meyer motor assessment and Modified Ashworth Scale. It supports quick selection and automatic sub-score calculation to improve assessment efficiency.

All assessment data is integrated into one unified interdisciplinary report. A clear traffic-light dashboard classifies impairment levels: green for mild symptoms with self-management capability, amber for moderate conditions requiring regular therapy, and red for severe cases needing daily professional intervention. Clinical teams review reports in weekly meetings and adopt Goal Attainment Scaling to set personalized functional recovery targets for each patient.

Technical Note: The force platform must be leveled with the built-in spirit level before each test. A 1 degree tilt may cause a 3 mm forward shift of pressure center and lead to false balance deficit results. All cognitive assessments need to be conducted in quiet environments with ambient noise below 45 dBA to avoid distraction.

Fizocare launches a dedicated neurorehabilitation data management platform that connects robotic training systems, occupational therapy, speech therapy software and all assessment modules.

The platform automatically records core therapy dosage data, including effective training duration, movement repetitions and real-time difficulty levels. It generates weekly progress reports, compares ongoing performance with baseline data, and predicts recovery trends toward customized GAS targets through linear regression analysis.

The system sends automatic reminders when patient progress stalls, defined as less than 5 percent improvement in key indicators for two consecutive weeks, prompting therapists to adjust treatment plans timely. It also produces standardized discharge reports covering admission and discharge assessment scores, total therapy hours, and tailored home rehabilitation programs with instructional videos. All clinical data is securely archived for at least 7 years to meet medical research and legal compliance standards.

Technical Note: The platform adopts client-server architecture with local hospital database deployment, ensuring real-time robotic training latency below 100 ms. Daily encrypted differential off-site backups are mandatory. Any data loss exceeding 24 hours is classified as a critical system incident.