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Diabetic Foot Dynamics Monitoring System: China Suppliers & Factory for Risk Prediction and Analysis

Introducing our advanced dynamic monitoring and analysis system, expertly designed to predict the onset of diabetic foot conditions and assess associated risks. This innovative solution provides critical protection strategies, ensuring effective prevention and management of diabetic foot disease, thereby significantly reducing the likelihood of recurrence, **Product Model and Specifications:**, - **Number of Sensors:** 2292 (featuring 4 high-precision sensors), - **Error Rate:** ≤ 2% of maximum range, - **Acquisition Frequency:** ≥ 400fps, As a leading factory in China, we pride ourselves on delivering top-quality products. Our commitment to excellence positions us as a trusted supplier in the healthcare industry, dedicated to enhancing patient outcomes through cutting-edge technology

    Product Introduction

    Medtrack - Gait diabetic foot dynamic monitoring and analysis system is a new technology, diabetes foot pressure Gait assessment using the most advanced pressure resistance sensor, by measuring the average pressure, peak pressure and pressure time integral (impulse) data, plantar pressure in patients with diabetes comprehensive multi-dimensional analysis.

    The change of plantar biomechanical parameters will directly affect the change of foot capillary pressure. The increase of plantar pressure will lead to the reduction of joint activity, the formation of plantar callus and the increase of local wear. Reduce blood pressure in the foot capillaries will increase microvascular and peripheral arterial disease risk, can also cause endothelial dysfunction. The combination of these factors increases subcutaneous hemorrhage or deep tissue gangrene.

    Product features

    Diabetic foot dynamics detection and analysis system is simple to operate and convenient to test. The system can measure the dynamic/static plantar pressure distribution of patients. According to the calculation method of time * pressure = impulse, as well as the internal and external force status of the foot, it is pointed out that the foot ulcer is prone to occur in diabetic patients, and provides a theoretical basis for the prevention of diabetic foot.

    Diabetic foot risk assessment indicators

    Foot impact impulse
    Plantar pressure change rate
    Foot stability

    Applicable population

    Diabetic foot patients

    These include patients with foot infection, ulcers, or tissue destruction, often accompanied by lower extremity neuropathy, or peripheral arterial disease.

    Patients with diabetic peripheral neuropathy (DPN)

    These patients are susceptible to pressure, mechanical, and thermal injury to the feet due to sensory neuropathy that causes blunted sensation.

    Patients with lower extremity vascular disease

    This includes macrovascular disease and microvascular dysfunction, which together impair blood perfusion in the diabetic foot.

    Low with foot deformity or restricted joint activities

    In patients with these symptoms can be caused by the movement of neuropathy, foot load change.

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    Frequently Asked Questions (FAQ)

    Q1. What is the Medtrack Gait diabetic foot dynamic monitoring and analysis system?
    It is an advanced gait assessment technology that uses pressure resistance sensors to analyze average pressure, peak pressure, and pressure-time integral data for comprehensive plantar pressure analysis in diabetic patients.
    Q2. How do plantar biomechanical parameter changes affect diabetic patients?
    Changes in plantar biomechanics directly affect foot capillary pressure. Increased plantar pressure can lead to reduced joint activity, plantar callus formation, increased wear, reduced capillary blood flow, and a higher risk of microvascular disease, peripheral arterial disease, or deep tissue gangrene.
    Q3. What are the primary features of the diabetic foot dynamics detection system?
    The system is easy to operate and measures both dynamic and static plantar pressure distribution. It calculates impulse (time * pressure) and assesses the internal and external forces of the foot to help predict and prevent diabetic foot ulcers.
    Q4. What risk assessment indicators does the system measure?
    The system primarily evaluates three key indicators: Foot impact impulse, Plantar pressure change rate, and Foot stability.
    Q5. Who is the applicable population for this system?
    The system is designed for diabetic foot patients (with infections, ulcers, or neuropathy), patients with diabetic peripheral neuropathy (DPN), individuals with lower extremity vascular disease, and those with foot deformities or restricted joint activities.

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