Skeleton of foot with tibia and fibula insertion, flexible

True to life casting of a skeleton of the human arm. The rolling movements of the bones of the lower arm (pronation and supination) and movements of the hand joint can be demonstrated. The hand is mobile-mounted on wire.

This spine model is an advanced tool designed for medical education and patient education, aiming to help users gain a deeper understanding of the structure and function of the human spine.The spine model is divided into five different sections, each distinguished by different colors, including 7 cervical vertebrae, 12 thoracic vertebrae, 5 lumbar vertebrae, the sacrum, and the coccyx. This color differentiation aids in quickly and accurately locating and explaining key points about the human spine during the teaching process, providing convenience for learning.The model also includes simulations of L3-L4 disc prolapse, spinal nerve exits, and the cervical vertebral artery, facilitating a deeper understanding of spine-related diseases and issues.To enhance the practicality of the model, we've added a male pelvis and movable femur heads. These features comprehensively demonstrate various aspects of the human skeletal system, improving the learning experience.Lastly, our educational spine model is made from high-quality PVC plastic, ensuring durability and resistance to damage. Its texture is clear, and the mold accuracy is high, guaranteeing the accuracy of anatomical structures.In summary, this interactive educational human spine model is an ideal tool for medical professionals, educators, and students. It will contribute to a better understanding and teaching of the anatomy of the human spine, ultimately enhancing the quality of medical education and patient education.

2 lumbar vertebrae, 2 thoracic vertebrae, 2 cervical vertebrae in addition to atlas and axis are threaded loosely on rubber and offer the possibility of studying each individual vertebra in detail. All structures, joint surfaces, processes, etc. are recognisable.Without stand.

This improved model of a female pelvis with pelvic floor muscles depicts the pelvic floor in its layers. The following muscles are represented and magnetically detachable: - M. obturatorius internus (left and right),- M. piriformis (left and right),- M. coccygeus (left and right), - Diaphragma pelvis (M. levator ani consisting of M. puborectalis, M. pubococcygeus, and M. iliococcygeus), - Diaphragma urogenitale (consisting of M. transversus perinei profundus, M. transversus perinei superficialis, and M. ischiocavernosus), and the - sphincter muscles of the urogenital and digestive tracts (consisting of M. sphincter ani externus, M. sphincter urethrae, and M. bulbospongiosus).The model consists of a total of 12 parts, including the two halves of the pelvis and the sacrum. The model is held together by magnets, allowing individual parts to be easily removed for demonstration of the different layers.This model is highly suitable for courses in pelvic floor exercises, childbirth preparation, midwifery training, or simply for studying the pelvic floor muscles.Size: 27 x 18 x 17 cm, Weight: 960 g.

True to life casting of a skeleton of the human hand. All hand bones are individually mobile-mounted on wire. With radius and ulna. The rolling movements of the bones of the lower arm (pronation and supination) and movements of the hand joint can be demonstrated.

A flexible life size vertebral column consisting of the occipital plate; cervical, thoracic and lumbar vertebrae; sacrum; coccyx; complete pelvis with symphysis; and removable femur heads. The model also features representations of the vertebral arteries, spinal nerve branches, and a prolapsed L3–L4 intervertebral disc. Mounted on a stand for hanging.Size: 85 cm, Weight: approx. 2.9 kg