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Intelligent Feedback Training System for Lower Limbs - Efficient China Factory Suppliers Solution for Rehabilitation
Product Introduction
The lower limb intelligent feedback training system A1-3 combines the intelligent rehabilitation technology of Yikang Medical and years of clinical practice. With the accumulation of 10 years, it has become the highest level of intelligent lower limb rehabilitation equipment in the industry. A1-3 in sports performance, intelligence technology and three levels of rehabilitation technology breakthrough innovation, first introduced in the industry automation position memory and recovery technology, optimization of treatment experience; In terms of rehabilitation treatment, it designed three levels of lower limb training, including passive scene interactive training, unilateral evoked training and alternate interactive training, and took the lead in building a step-by-step training path in the lower limb intelligent feedback training system.
Product Features
Motion performance optimization:
• Upright standing 0-90°: no gap technology is used to minimize the shaking of the bed during standing, so that patients can feel more comfortable treatment experience.
• Pedestrian movement simulation type, the activity of the hip Angle 45 °: 0 - a wide range of lower limb joint movement, get better training experience on foot, make lower limbs for each joint activities more fully.
• 0-15° reclining bed: Increase the extension Angle in continuous step training, so that the relevant muscle groups of hip extension can be fully stretched.
• Pedestrian movement simulation type, the activity of the hip Angle 45 °: 0 - a wide range of lower limb joint movement, get better training experience on foot, make lower limbs for each joint activities more fully.
• 0-15° reclining bed: Increase the extension Angle in continuous step training, so that the relevant muscle groups of hip extension can be fully stretched.
Intelligent technology innovation: leg length adjustment automation, leg length reset automation, bed reset automation
Rehabilitation technology:
• Virtual interactive training: a new three-dimensional engine is used to construct a high-simulation sports scene to form the interconnection between sports training and life.
• Activity evaluation: take the lead in introducing in the lower leg activity evaluation, observe patients with lower limb movement ability to progress.
• Automatic analysis and statistics: automatically summarize the training and evaluation data of patients' training in different periods of time, and intuitively display the functional recovery of patients.
• Activity evaluation: take the lead in introducing in the lower leg activity evaluation, observe patients with lower limb movement ability to progress.
• Automatic analysis and statistics: automatically summarize the training and evaluation data of patients' training in different periods of time, and intuitively display the functional recovery of patients.
Ergonomic design:
• Lifting foot pedal: the new ankle-foot bionic structure is used to provide large ankle flexion and extension movement.
• Movable arm support: the arm body arc design is adopted to fit the arm, which can stabilize the position of the arm during training.
• Adjustable leg spacing: the leg spacing can be adjusted according to the patient's body type to ensure the comfort of the patient's training posture.
• Adjustable leg fixation: leg fixation can be changed according to the length of the patient's leg to adapt to the patient's body type.
• Movable arm support: the arm body arc design is adopted to fit the arm, which can stabilize the position of the arm during training.
• Adjustable leg spacing: the leg spacing can be adjusted according to the patient's body type to ensure the comfort of the patient's training posture.
• Adjustable leg fixation: leg fixation can be changed according to the length of the patient's leg to adapt to the patient's body type.
Scope of Application
The rehabilitation treatment of lower limb dysfunction caused by stroke (cerebral infarction, cerebral hemorrhage), spinal cord injury, traumatic brain injury and other nervous system injuries, especially the early rehabilitation training of patients.
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Frequently Asked Questions (FAQ)
1. What is the primary purpose of the Lower Limb Intelligent Feedback Training System A1-3?
The A1-3 system is designed for the early-stage rehabilitation training of patients with lower limb dysfunction. It helps patients recover mobility through step-by-step training paths, including passive, unilateral, and alternate interactive training.
2. Which patient conditions are suitable for the A1-3 training system?
It is highly recommended for patients suffering from lower limb dysfunction caused by nervous system injuries, including stroke (cerebral infarction, cerebral hemorrhage), spinal cord injuries, and traumatic brain injuries.
3. How does the automated technology in the A1-3 system improve treatment efficiency?
The system features advanced automated position memory and recovery technologies, including automated leg length adjustment, leg length reset, and bed reset. This minimizes manual setup time and optimizes the clinical workflow.
4. What are the benefits of the virtual interactive training feature?
Using a advanced 3D engine, the system constructs highly realistic sports scenarios. This virtual feedback makes training sessions more engaging, helping patients connect their physical exercises with real-life movements for better neurorehabilitation.
5. Can the A1-3 system be adjusted for patients of different body types?
Yes. The system features an ergonomic design that includes adjustable leg spacing and adjustable leg fixation. This ensures that the equipment can be customized to fit the patient's specific body type and leg length for a comfortable training posture.