XA245L split type left knee joint model

XA245L split type left knee joint modelThere are two types of segmented knee joint models to choose from: XA245L (left knee extension type) and XA245R (right knee 90 ° bending type).

For each segmented model, a set of natural human bones will be reconstructed into an average sized male mold, and then our RANDO will be used ® The material is cast. Opaque RANDO ® The material simulates the absorption rate of X-rays, atomic number, and specific gravity of soft tissue. Another advantage of this polyurethane material is its durability. This segmented model can withstand significant impact forces and remain intact during continuous transportation. The size and shape of many human bones do not match our moldsComplete - AllConsistently, they reflect the natural characteristics of humans themselves, such as asymmetry and joint deformities. During the process of reconstructing bones by our technicians, certain details may be fine tuned to facilitate their placement in the model.

XA245L split type left knee joint modelCore structural characteristics

1. The complete human anatomy simulation includes the complete knee joint structure: distal femur, proximal tibia, proximal fibula, meniscus, joint space, ligament simulation structure, anatomical scale complete - full replica of adult standard human knee joint.
2. Sectional design allows for the separation of sectional structures, enabling both external positioning training and intuitive observation of internal skeletal and joint anatomical structures, making it suitable for teaching demonstrations and image comparisons.
3. The radiation equivalence of the organization adopts human equivalent tissue substitute materials:

• Soft tissue: The X-ray attenuation coefficient is consistent with that of real muscle and soft tissue

• Bone module: density, grayscale, and human bone height matching

  The imaging is artifact free and can simulate the clinical imaging effect realistically.

Application performance characteristics

1. Multi modal compatibility for daily quality control, image resolution, contrast, and dose calibration testing of ordinary X-ray, DR, CR, and CT equipment.
2. The standard for fixed position of the knee joint is natural physiological flexion and fixation angle. The position is consistent every time, with high repeatability, suitable for laboratory comparison, equipment annual inspection, and daily quality control inspection.
3. Durable and stable material, dense and uniform, not prone to aging, cracking, or deformation, can be repeatedly transported, placed, and photographed for a long time, with long-term stable imaging performance.

Applicable scenarios

• Quality control and daily calibration of hospital radiology equipment

• Research and development, acceptance, and factory testing of imaging equipment manufacturers

• Teaching of Radiological Anatomy in Medical and Technical Schools

• Scientific research image algorithm testing and comparative experiments