A057 Lower Limb Feedback Rehabilitation Training System | China Intelligent Gait Rehab Device

A057 Lower Limb Feedback Rehabilitation Training System is an intelligent medical rehabilitation device independently developed by China Qianjing Rehab. Combining pre-training evaluation, real-time feedback and multi-stage training modes, it provides safe, standardized and personalized lower limb rehabilitation training for patients with gait disorders and lower limb motor dysfunction. Widely used in rehabilitation medicine departments for neurological and orthopedic rehabilitation.

1. Product Overview

The A057 Lower Limb Feedback Rehabilitation Training System is an intelligent lower limb rehabilitation equipment with professional pre-evaluation and real-time feedback function. Different from ordinary mechanical trainers, it adopts scientific motion detection technology to evaluate the patient’s lower limb range of motion before training. The system automatically limits the maximum movement angle to prevent muscle strain and joint injury caused by excessive movement.

It realizes one-stop rehabilitation management including pre-evaluation, formal training, data recording and curative effect analysis, covering the whole rehabilitation cycle from early bedridden stage to late walking recovery stage.

2. Core Working Principle

This intelligent lower limb rehab system uses high-precision sensor detection technology to collect lower limb joint motion data in real time. It judges the patient’s current joint mobility, muscle control ability and abnormal gait condition. Through human-computer interaction and visual feedback training, it corrects bad movement habits, activates motor nerves, improves limb coordination, and promotes the reconstruction of lower limb walking function.

3. Core Functions & Safety Advantages

3.1 Pre-training Intelligent Evaluation

Automatically detect the patient’s lower limb range of motion. The evaluation data is intelligently applied to limit the maximum training angle, effectively avoid excessive stretching and prevent secondary strain. It greatly improves the safety of clinical rehabilitation training.

3.2 Real-time Feedback Training Technology

Visual motion feedback and game interaction training help patients clearly perceive limb movement status, correct abnormal gait, improve active participation, and optimize neural motor memory.

3.3 Multi-mode Switching Training

Multiple training modes are built in to meet different rehabilitation stages. The equipment can freely switch training intensity and movement logic to achieve seamless transition from passive auxiliary training to independent active training.

3.4 Customized Rehabilitation Program

Support free combination of training mode, game type and training duration. Personalized rehabilitation plans can be saved permanently and called with one click, which is convenient for standardized repeated training in hospitals and rehabilitation centers.

4. Complete Training Modes

4.1 Basic Training Mode (Stage Rehabilitation)

• Early Rehabilitation - Passive Mode: Multiple passive training and warm-up methods assist patients in maintaining basic lower limb range of motion and input early standard gait movement.

• Mid Rehabilitation - Active-passive Mode: Freely switch between active and passive training to help patients gradually get rid of dependence and complete independent movement transition.

• Late Rehabilitation - Active Mode: Support bilateral independent resistance setting for active strength training to improve lower limb muscle strength and walking stability.

4.2 Learning Training Mode

Combine active and passive training methods. Set differentiated training parameters for healthy limbs and affected limbs respectively to stimulate residual motor function and enhance limb balance control ability.

4.3 Custom Training Mode

Customize exclusive training schemes according to patient’s condition, including adjustable training time, movement angle, resistance intensity and interactive games. Support one-click saving and one-click calling for daily rehabilitation.

5. Technical Parameters

6. Applicable Diseases & Suitable Crowds

6.1 Applicable Diseases

• Stroke hemiplegia, cerebral infarction and cerebral hemorrhage sequelae

• Brain trauma, spinal cord injury and dyskinesia

• Lower limb joint injury, ligament repair postoperative rehabilitation

• Fracture fixation postoperative functional recovery

• Neurological diseases causing abnormal gait

6.2 Suitable Crowds

• Patients with lower limb muscle weakness and walking dysfunction

• Patients with joint stiffness and limited range of motion

• Patients with spastic hemiplegia and abnormal gait

• Postoperative patients needing standardized gait training

• Elderly people with degenerative lower limb motor decline

7. Application Scenarios

The Lower Limb Feedback Rehabilitation Training System is widely used in rehabilitation medicine department, neurology department, orthopedics department, rehabilitation hospital, community rehabilitation center and medical rehabilitation training institution. It is the preferred intelligent gait rehabilitation equipment for clinical standardized rehabilitation.

8. Training Effect & Clinical Value

9. FAQ

10. Why Choose Us

• Professional China manufacturer of Lower Limb Feedback Rehabilitation Training System, factory direct sale

• Intelligent medical-grade equipment, clinical verified and stable performance

• Complete rehabilitation solution for neurological and orthopedic rehabilitation

• Complete certification documents to meet global export standards

• Professional technical support and long-term after-sales service