QianJing Rehabilitation's ceiling mounted patient lift is an intelligent electric patient lift system designed for hospitals, rehabilitation centers and elderly care facilities. Combining safe patient transfer with dynamic gait rehabilitation, this overhead patient lift provides weight support, mobility assistance and walking training for patients with limited movement ability. The hospital patient lift system operates on ceiling-mounted rails, enabling smooth transfers between beds, wheelchairs, bathrooms and rehabilitation areas while reducing caregiver workload.

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 AP-ZXQ-05 Active Passive Trainer for Upper and Lower Limb is a professional rehabilitation system designed to improve upper and lower extremity motor function for patients recovering from stroke, spinal cord injury, neurological disorders, orthopedic surgery, and age-related mobility loss. 

Developed by a professional active passive trainer supplier and manufacturer, this Active Passive Rehab Machine combines passive movement, active exercise, and motor-assisted training into one integrated system. It allows therapists and patients to customize rehabilitation programs according to different recovery stages while providing real-time training feedback through a high-definition touchscreen. 

Suitable for hospitals, rehabilitation centers, nursing homes, and home care, the AP-ZXQ-05 upper and lower limb rehab bike helps improve joint mobility, muscle strength, circulation, coordination, and functional independence.

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.

Flexbot-S is an advanced robotic gait trainer for hospitals and rehabilitation centers, designed to support progressive walking rehabilitation for patients with neurological and orthopedic conditions. As an integrated robotic device, it combines robotic lower-limb assistance, body-weight support, gait evaluation and intelligent biofeedback to provide repetitive and personalized gait training.

Developed by Qian Jing Rehabilitation, a professional China robotic gait trainer manufacturer, Flexbot-S is also part of a broader range of robotic physiotherapy equipment designed for hospitals, neurological rehabilitation centers and specialized therapy facilities.

The flexbot u gait training equipment 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.

The plate-type plantar pressure measurement system is used to measure plantar pressure and its distribution, which can be used in conjunction with the whole body 3D gait and motion analysis system or can be used alone.

The range of motion of the patient's lower limbs can be evaluated in advance to prevent strain caused by excessive Angle setting. The evaluation data were automatically applied to limit the maximum Angle of movement.

The facial information collection and recognition function identifies and tracks the trainers in the whole process of evaluation and training, shields other personnel in the area, ensures the accuracy of training data, and reduces the interference generated by the outside world during training.

It is suitable for rehabilitation training of patients with joint dysfunction.

Suitable for shoulder joint range of motion training, joint traction and muscle strength training, height can be adjusted.