OEM Plantar Pressure Gait Evaluation System Supplier, Factory

Plantar pressure distribution can reflect the lower extremities and even the whole body physiology, structure and function of information, plantar pressure gait assessment system is the first selection of gait analysis quantitative research tool.

Product model and Specifications:
• Device size: 140*100*2cm 
• Sensor density: 4pcs/cm² 
• Type: Piezoresistive 
• Acquisition frequency: 100-400HZ 
• Standard range: 0-200N/cm²

Product Description

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Product Introduction

Medtrack - Gait dynamic plantar pressure Gait analysis system test plate utilizes advanced piezoresistive sensors to perform dynamic measurements of pressure distribution across any contact area. Combined with professional supporting software, it offers a biomechanical perspective through intuitive 2D and 3D color graphics. This system visualizes the pressure distribution outline and numerical data, capturing gait features and balance in real-time. It enables detailed study of movements such as walking, running, and jumping, specifically analyzing the touchdown buffer, whole foot support, front feet stretching, and toe-off phases. It is an essential tool for precise research on gait performance, widely utilized in clinical medicine, scientific research, and rehabilitation.

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Product Features

Versatile testing for humans, animals, and machines whether barefoot or wearing shoes.
Supports diverse sports tests including walking, running, and jumping with a durable, large-range sensor.
Can be used on flat floor surfaces or easily embedded into surfaces for seamless testing.
Provides comprehensive dynamic data: strength, impulse, loading time, loading area, and stability metrics.
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Application Fields

The system serves surgical therapy, rehabilitation medicine, hospital-affiliated posture correction, non-surgical spine professional centers, large physical examination centers, geriatric rehabilitation centers, adolescent spinal maintenance centers, and female form management.
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Clinical Evaluation Applications

Neurology & Balance: Assessment of neural control, bone-muscle coordination, and forward body control to identify complicated factors influencing gait.
Orthopedics & Sports Medicine: Functional assessment of foot diseases, ankle joint conditions, and lower limb joints to provide data for trauma treatment.
Endocrinology: Diabetic foot ulcer risk assessment, helping to predict and anticipate ulcer sites regularly.
Geriatrics: Predictive assessment of fall risks and walking function across different age groups.
Adolescent Development: Early screening for foot deformities (X-leg/O-leg), spine development issues, and bilateral weight-bearing asymmetry.
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Applicable Population

Patients with flatfoot, pes cavus, foot varus/valgus, or internal/external rotation issues.
Individuals with Parkinson's disease, hemiplegia, cerebral palsy, or muscle spasms requiring rehabilitation effect evaluation.
Post-surgery patients for congenital hip dislocation or lower limb deformities.
Individuals requiring evaluation for leg shape problems, pelvic deformation, or poor posture.
Frequently Asked Questions
Q1: What technology does the Medtrack gait analysis system use? The system uses advanced piezoresistive sensors to measure dynamic pressure distribution between any contact areas with high precision.
Q2: Can this system be used for sports analysis? Yes, it is designed to analyze various movements including walking, running, and jumping, making it ideal for sports medicine and athletic performance research.
Q3: Is the software display easy to understand? The system provides intuitive 2D and 3D color graphic displays that visualize the stress center, pressure distribution, and numerical data for clear analysis.
Q4: Can the system be used for animal gait testing? Yes, the system is versatile enough to be used for testing people, animals, and even robotic machines in various conditions.
Q5: How does the system help in preventing falls in the elderly? By assessing balance stability and gait features, the system provides a predictive assessment of fall risks, allowing for early intervention in geriatric care.
Q6: Is it possible to compare results before and after treatment? Absolutely. The system is designed for objective evaluation and comparison of gait and pressure metrics before and after surgery or the use of orthotic devices.

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