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Portable 3D Spine Posture Measurement for Scoliosis Screening - China Factory Suppliers

Introducing our advanced 3D spinal posture portable measurement device, specifically designed for professional medical organizations, focusing on physical health and adolescent scoliosis screening as per professional application requirements. This product, developed by leading suppliers in China, meets the high standards expected in the healthcare industry, **Product Model and Specifications:**, - **Number of Sensors:** 2292 (Featuring 4 high-precision sensors), - **Error Rate:** ≤ 2% of the maximum range, - **Acquisition Frequency:** ≥ 400fps, Our factory ensures that each device is manufactured with cutting-edge technology, providing reliable and accurate measurements for spinal health assessment. Trust in our expertise as a premier supplier in China for all your medical measurement needs

    Product Introduction

    Spinal column posture assessment system in the field of 3 d measurement and surface morphology analysis spine was the rely on high-tech products, and systems use Moore lines the terrain and the physical principle of optical triangulation, according to the spectrum of subjects back 3 d scanning reconstruction, combined with built-in biomechanical model generation spine three-dimensional real-time image.
    Combined with the plantar pressure running platform, the dynamic data of the spine were evaluated in the walking state. This is the application of 4D technology in the clinical field, focusing on functional evaluation, and truly reflecting the corresponding movement relationship of spine, pelvis, lower limbs and feet in the complete gait cycle. More accurate balance assessment and spinal posture prediction.

    Product features

    • 4D technology (3D+ time), extremely short exposure time to avoid motion artifacts.
    • Differences caused by inevitable body sway are compensated by averaging over a series of images. This technique improves the accuracy of the system and expands its application in the clinical field. This innovation stems from an innovative software architecture and an advanced camera system.
    • It can measure the spine posture of the human body in the state of motion, which is conducive to the diagnosis of many spinal diseases that cannot be observed at rest;
    • Low back form to make use of professional and technical analysis, the system can automatically detect and identify anatomic landmark: cervical vertebral spine (VP) and on the left/right posterior spine (DL/DR), sacral nadir (SP), spinal axis and data such as the rotation of the vertebral bodies.

    Clinical application

    Scoliosis & Scoliosis malposition
    Long and short legs
    Pelvic tilt/rotation/twist
    Postural related pain symptoms
    Posture differences
    Forward bend/hunch
    Osteoporosis/arthropathy
    Foot misalignment and foot correction
    Insole treatment
    Gait imbalance/gait disturbance
    Orthotic or prosthetic therapy
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    Frequently Asked Questions

    What technology does the Spinal Posture Assessment System use?
    The system utilizes Moore lines topography and the physical principles of optical triangulation to perform a 3D scan and reconstruction of the subject's back, combined with a built-in biomechanical model to generate real-time 3D spinal images.
    How does 4D technology reduce motion artifacts during measurement?
    The 4D technology (3D + time) features an extremely short exposure time to prevent motion artifacts. Additionally, inevitable body sway is compensated for by averaging over a series of images, which significantly improves overall system accuracy.
    Can the system analyze spinal posture while the patient is moving?
    Yes, when integrated with a plantar pressure running platform, the system can evaluate dynamic spinal data in a walking state, reflecting the movement relationships of the spine, pelvis, lower limbs, and feet during a complete gait cycle.
    Which anatomical landmarks can be automatically detected?
    The system automatically identifies key anatomical landmarks including the cervical vertebral spine (VP), left and right posterior spine (DL/DR), sacral nadir (SP), the spinal axis, and data related to the rotation of the vertebral bodies.
    What clinical conditions can benefit from this assessment?
    It is highly effective for evaluating scoliosis, pelvic tilt/rotation/twist, long and short legs, posture-related pain, osteoporosis, foot misalignment, gait imbalances, and determining the effectiveness of orthotic, prosthetic, or insole treatments.

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