Portable 3D Spine Posture Measurement by China Suppliers - High Precision Measurement from Factory for Scoliosis Screening
Product Introduction
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
It is an advanced 3D measurement and surface morphology analysis system that utilizes Moore lines topography and optical triangulation. It reconstructs a 3D scan of the subject's back and generates real-time spinal images using built-in biomechanical models.
By combining 3D scanning with time (4D), the system uses extremely short exposure times to eliminate motion artifacts. It compensates for natural body sway by averaging a series of images, resulting in highly accurate clinical measurements.
Yes. When integrated with a plantar pressure running platform, the system evaluates the dynamic data of the spine in a walking state, capturing the complex movement relationships of the spine, pelvis, lower limbs, and feet.
The system automatically detects key anatomical landmarks including the cervical vertebral spine (VP), left and right posterior spines (DL/DR), sacral nadir (SP), spinal axis, and vertebral body rotation data.
It is clinically applied to assess scoliosis, pelvic tilt/rotation, posture differences, gait imbalances, osteoporosis, foot misalignment, and to assist in orthotic, prosthetic, or insole treatments.