Basic Specifications
Model NO.A2
TheoryNeuroplasticity
CertificationCE, ISO13485
LCD DisplayWith LCD Display
GroupAdult
Medical EquipmentRehabilitation Equipment
ApplicationHospital, Rehab Center, Nursing Home
Transport PackageWooden Case
Specification80*63*90 cm
OriginChina
Upper Limb Intelligent Feedback & Training System A2
Adopting computer virtual technology and combining the theory of rehabilitation medicine, the Upper Limb Intelligent Feedback & Training System simulates human upper limb movements in real time. Patients can exercise multi-joint or single-joint rehabilitation training in a computer virtual environment. It features upper limb weight support training, intelligent feedback, 3D spatial training, and a powerful assessment system.
Studies suggest that stroke, severe brain injury, or other neurological diseases can cause upper limb dysfunction. Targeted treatment tasks effectively improve patients' upper extremity function. This system is ideal for patients recovering from stroke, cerebrovascular malformation, or post-surgical recovery.
Product Technical Details
| Product Name | Upper Limb Intelligent Feedback & Training System |
| Model | A2 |
| Voltage | A.C. 230V/50Hz |
| Power | 130VA |
| Grip Strength Scope | 0-10 kg |
| Upper Arm Length | 23-31 cm |
| Forearm Length | 19-28 cm |
Functions & Key Features
Assessment Function: Accurate evaluation of motor capabilities.
Intelligent Feedback: Real-time visual and voice interaction.
Data Management: Comprehensive information storage and search.
Weight Training: Adjustable weight-reducing or weight-bearing modes.
Targeted Training: Focus on specific joints or multi-joint coordination.
Report Printing: Professional analysis for therapy modification.
Therapeutic Benefits
- ✓ Promote single joint movement
- ✓ Stimulate muscle residual strength
- ✓ Enhance muscle endurance
- ✓ Restore joint coordination and flexibility
Indications
Active Training Requirements: Muscle strength ≥ level 2.
Designed for patients suffering from upper limb hemiplegia and dysfunction caused by nervous system diseases, stroke, Parkinson's disease, cerebral thrombosis, serious traumatic brain injury, or post-surgical recovery.
Advanced Training Modes
The system offers 1D, 2D, and 3D scene interactive training. It automatically records all training data and intelligently recognizes left and right hand operations.
Assessment & Reporting
Assess wrist joint ROM, forearm muscle strength, and grip strength. The system generates visual reports (line graphs, bar graphs) to help therapists analyze progress and prescription effectiveness.
Deweighting System
Highly effective for patients in early paralysis stages with weak muscle strength. The adjustable support level allows patients to move easily, stimulating residual muscle strength and shortening convalescence.
Professional Manufacturing
Our series of intelligent rehabilitation robotics leads the industry through independent research and development. We offer comprehensive solutions including physical therapy, occupational therapy, and specialized treatment tables.
Frequently Asked Questions
Q1: What is the main purpose of the A2 Rehabilitation System?
The A2 system is designed for upper limb rehabilitation using computer virtual technology to simulate real-time movements, assisting patients with neurological or traumatic injuries to recover joint function.
Q2: Who are the ideal candidates for this training?
It is primarily for patients with upper limb dysfunction caused by stroke, brain injury, Parkinson's disease, or those recovering from orthopedic surgery. Patients should have a muscle strength of at least level 2 for active training.
Q3: How does the deweighting (weight support) system work?
The system provides adjustable weight support to reduce the burden on weak muscles. This allows early-stage paralysis patients to perform movements they otherwise couldn't, stimulating muscle recovery.
Q4: Does the equipment provide progress tracking?
Yes, it features a comprehensive assessment system that tracks ROM, grip strength, and muscle power, generating detailed visual reports for therapists to analyze progress.
Q5: Can it target specific joints during training?
Absolutely. The A2 system supports both single-joint targeted training and multi-joint coordination exercises in 1D, 2D, and 3D environments.
Q6: What makes this better than traditional rehabilitation?
Compared to traditional methods, A2 provides real-time feedback, interactive gaming/scenes to increase patient engagement, and precise data recording that ensures high training efficiency.
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