Life-Size Lumbar Vertebrae with Sacrum & Coccyx and Herniated Disc

Glass Agencies present the Lumbar vertebrae, together with the Sacrum & Coccyx and Herniated Disc Model, anatomically precise replica developed to demonstrate the arrangement and function of the spinal cord. This detailed model represents the five lumbar vertebrae inwards together with the sacrum, coccyx, intervertebral phonograph record, spinal nervousness, and a clearly visible herniated disc for clinical and scientific explanation. Individual vertebrae should be modelled with tall correctness so that they can show the shape of the bones, the foramen, and methods so that learners can recognize vertebral conformity, load bearing, and curvature in the low reversal. The herniated phonograph record segment shows the bulge of the disc material serious in the spinal nerve branch, exemplifying the individual of the mainly common cause of low support pain. The model, which is built from robust and high quality materials, is capable of withstand repeated use in classrooms, healthcare facilities, and physical therapy centers. Their life-size proportions provide a realistic visual image, which is perfect for teaching spinal anatomy, explaining tolerance, and showing precise position and lumbar motion. The sacrum and coccyx are connected in natural coordination, demonstrating how the vertebral column moves towards the axis of the pelvis. The model is secured to a base so that it can be stable and easy to observe from a wide range of angles. It is a useful teaching tool for a medical student, chiropractor, orthopedist, and anatomy teacher. Be cautiously analysed for analytical accuracy, organisational accuracy, and clarity before dispatch. Glass Agencies have a longstanding reputation for producing anatomically precise and stable teaching models that enhance medical and life sciences. The Lumbar Vertebrae, together with the Sacrum & Coccyx and Herniated Disc Model, reflect the company’s second commitment to excellence, accuracy, and enlightening growth, and is a reliable reference for insight into the structure of the spinal cord, the nerve nerve pathway, and disc-related irregularities in homosapiens anatomy.