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3D Foot Scanner Machine for Custom Orthotics and Insoles - Intelligent Moxibustion Robot from China Suppliers and Factory

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Product Model and Specifications:
 • Model: A1-3 
 • Weight: 280kg 
 • Voltage: AC 220V 50Hz 
 • Tilt Angle: 0-90° 
 • Hip Angle: 0-45° 
 • Bed Tilt Angle: 0-15° 
 • Feature: Automatic Leg Length Reset 
 • New Feature: Automatic Leg Length Adjustment 
 • Warranty Policy: 1 Year

Discover the A1-3 model, a premier product from trusted China suppliers and factories, designed to enhance comfort and adjustability. Weighing 280kg, this advanced device operates on AC 220V 50Hz and features versatile tilt angles, including a generous 0-90° for optimal positioning. Experience the innovative automatic leg length reset and adjustment features, ensuring personalized fit and ease of use. Backed by a 1-year warranty, the A1-3 is an essential addition for those seeking quality and reliability from China’s top suppliers.

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    Product Introduction

    Multi-angle all-round scanning of the foot and ankle, according to medical history data, the diagnosis report after scanning. According to the characteristics of the foot and ankle of the tester, reasonable nursing opinions are given, and the patients are truly personalized and customized guards, insoles and other guards, which are powerful means to help precision medical care. At the same time, the foot dimensional information, the Angle of the lower limb force line, the hallux valgus, the coefficient of the foot arch, the pictures of the foot at various angles, and the three-dimensional model of the foot in the two postures were obtained. To prepare for the following customized design.
    • All-round multi-angle scanning of foot and ankle.
    • Obtains precise 3D models and structural parameters.
    Foot Scanner Product Introduction

    Foot scan report

    According to the three-dimensional data of the foot obtained by the scanner, the relevant data such as hallux valgus, valgus (varus) foot, and arch coefficient were quantitatively evaluated as the basis for the effective plan of insoles. Professionally speaking, from foot scanning to big data foot shape analysis, the whole process is a new science and technology with high precision, which avoids errors such as manual observation and measurement, and can truly achieve the "perfect matching" of the foot shape.
    • Quantitative evaluation of hallux valgus and arch coefficient.
    • High-precision big data analysis eliminates manual errors.
    Foot Scan Report Analysis

    Frequently Asked Questions

    What data does the foot scanner collect?

    The foot scanner captures comprehensive data including foot dimensional information, the angle of the lower limb force line, hallux valgus angles, the foot arch coefficient, multi-angle foot photos, and a precise three-dimensional model of the foot in two different postures.

    How does the foot scanner help in customizing orthotics and insoles?

    By quantitatively evaluating the three-dimensional structures (such as arch coefficient and valgus/varus alignment), the scanner provides highly accurate structural parameters. This data serves as the foundation for designing customized guards and orthotic insoles tailored to the tester's unique foot characteristics.

    Why is 3D foot scanning better than manual measurement?

    3D foot scanning utilizes high-precision technology and big data analysis to eliminate human observation and measurement errors. This ensures a perfect matching shape for orthopedic support products, supporting high-precision medical standards.

    What clinical value does the diagnosis report offer?

    The diagnosis report integrates scanned physical data with the patient's medical history. It provides clinicians with precise diagnostic baselines and allows them to offer reasonable nursing and treatment opinions for personalized patient care.

    Is the foot scanned in different postures?

    Yes, the scanner obtains three-dimensional models of the foot in two distinct postures, ensuring that dynamic weight-bearing changes and structural alignments are fully accounted for.

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