Portable 3D Spine Posture Measurement Device by China Suppliers - Professional Factory for Scoliosis Screening
4D Technology (3D+ time): Extremely short exposure time to avoid motion artifacts.
Body Sway Compensation: Differences caused by inevitable body sway are compensated by averaging over a series of images. This technique improves system accuracy and expands clinical application through an innovative software architecture and advanced camera system.
Dynamic Measurement: 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.
Professional Back Analysis: Low back form to make use of professional and technical analysis, the system can automatically detect and identify anatomic landmarks: cervical vertebral spine (VP), left/right posterior spine (DL/DR), sacral nadir (SP), spinal axis, and data such as the rotation of the vertebral bodies.
Want to learn more about 4D spine posture measurement system? (Video or color page)
Q1: How does the 4D spine posture measurement system reconstruct the spine?
The system utilizes Moore lines topography and the physical principles of optical triangulation to perform a 3D scan of the subject's back. It then combines this data with a built-in biomechanical model to generate a real-time three-dimensional image of the spine.
Q2: What are the advantages of using 4D technology over traditional 3D scanning?
4D technology integrates time (3D + time) and features an extremely short exposure time. This design prevents motion artifacts. Additionally, it compensates for inevitable body sway by averaging a series of images, greatly improving clinical measurement accuracy.
Q3: Can this system evaluate the spine while the patient is walking?
Yes. When combined with a plantar pressure running platform, the system can measure dynamic spine data in a walking state. This allows clinicians to analyze the functional movement relationships of the spine, pelvis, lower limbs, and feet during a complete gait cycle.
Q4: Which anatomical landmarks can the system automatically identify?
The system automatically detects and identifies key anatomical landmarks, including the cervical vertebral spine (VP), the left and right posterior spine (DL/DR), the sacral nadir (SP), the spinal axis, and data related to the rotation of the vertebral bodies.
Q5: What clinical symptoms and conditions can be assessed with this system?
It is highly effective for diagnosing scoliosis, pelvic tilt/rotation, posture differences, forward bend/hunch, osteoporosis, gait imbalances, leg length discrepancies, and foot misalignments, as well as planning orthotic, prosthetic, or insole treatments.