According to the performance of celebrities with dementia, and summarizing the traditional clinical screening programs of dementia such as MMSE, LOTCA, Hasegawa dementia scale, six screening dimensions including attention, memory, calculation ability, orientation ability, language ability, and comprehensive operation ability were systematically designed. Through the score of each factor in six dimensions, the user's brain function can be exercised in the game and automatic intelligent initial screening.

The overhead hoist system enables assistive therapists to provide rehabilitation training for patients with limb dysfunction in a weight-loss state. This Overhead Ceiling Track Hoist ensures safe, controlled unloading of body weight, allowing patients to practice gait and balance without overloading weakened limbs. As part of advanced ceiling track hoist systems, it dynamically adjusts support in real time, reducing therapist strain while improving patient outcomes.

The Traction table for cervical and lumbar therapy is engineered with a "gentle traction" philosophy – featuring soft start-stop technology and precisely controlled traction force. Throughout the entire treatment process, patients experience smooth, slow, and comfortable traction without sudden jerks or discomfort. This advanced cervical and lumbar traction system prioritizes patient comfort while maintaining clinical efficacy, reducing muscle guarding responses and improving treatment compliance. The result is a more relaxing therapeutic experience that encourages consistent treatment adherence and better clinical outcomes.

Ideal for both fitness training and clinical rehabilitation, this Electric Weight Loss Gait Trainer targets leg muscles and joint mobility to rebuild leg strength. Its unweighting system reduces stress on joints while promoting natural gait patterns. Paired with a Bariatric Patient Lift, it ensures safe patient transfer and weight-supported leg exercise, making it suitable for post-injury recovery, elderly fitness, and bariatric rehabilitation programs.

The software of rehabilitation function assessment system adopts tree control menu with clear hierarchy, simple operation, friendly interface and easy to learn.

The AP-ZXQ-05 Active Passive Trainer Bike is an upper and lower limb trainer with fixed screen designed for stroke, spinal cord injury, and joint dysfunction patients. This rehab bike for upper and lower limbs offers passive, active, and motor-assisted modes. Wheelchair users can train while seated. The active passive arm and leg trainer features 8 resistance gears and a 360° touch screen for real-time feedback. CE certified.

Used for pain relief; Improve local blood circulation and promote the dissipation of inflammation; Softening scars and loosening adhesions; Excite the neuromuscular tissue.

The AP-ZXQ-09 Physical Therapy Leg Exercise Cycle Bike is a professional Lower Limb Training Pedal Exerciser designed for supine position rehabilitation. Patients can train while lying in bed, making it ideal for stroke recovery, joint dysfunction, and post-operative care. This Upper and Lower Limb Rehab Trainer (lower limb focused) features 8 adjustable resistance gears for progressive muscle strengthening, plus 12-position seat adjustment to fit different leg lengths. With a seat load capacity of 2000N (≈204kg), it supports bariatric patients. Compact and easy to use at home or in rehab centers. CE certified.

The Flexbot-S gait training and evaluation system delivers gait pattern training in line with human physiological characteristics, ensuring that each step mimics natural walking biomechanics. As an advanced robotic gait trainer, it provides gait training robotics that adapt to the patient's limb movement, making it an ideal gait trainer for hospitals and rehab centers. This adult electric gait trainer functions as a complete robotic gait and limb training system, supporting early bedridden intervention to full weight-bearing walking.

The flexbot u gait training system features standardized eye walking with fully adjustable parameters and independent hip, knee and ankle movement – a breakthrough in robot assisted gait training. Unlike basic robotic gait trainers that move the leg as one unit, this robotic gait and limb training system allows clinicians to target specific joint deficits (e.g., foot drop, stiff knee, hip retraction) with precision. For hospitals seeking robotic gait training for walking rehabilitation, Flexbot-U delivers personalized, quantifiable, and progressive therapy from bed to community walking.

Brunnstrom rating scale, muscle strength assessment, MMSE assessment, Berg balance assessment, simplified Fugl-Meyer assessment and other no less than 20 assessment scales were provided. Rich interactive situational training, using interactive games to provide training effects.

Through the hand operation of various simulation tools, improve the finger function, improve hand coordination, flexibility, but also can be used for hand sensory function exercises.