Medical Imaging Models

Femur with radiopaque properties on the outer cortex. Includes cancellous inner material, a canal diameter of 15 mm, and an overall length of 42 cm. models are designed for medical imaging. Solid foam models include enhanced visualization properties on...

Includes foam cortical shell femur and tibia, and foot made of solid foam. All bones contain radiopaque properties on the outer cortex. Femur and tibia articulated with three stretch cord ligaments; LCL, MCL, and PCL. Radiopaque models are designed for...

Full pelvis and removable femur with cancellous inner material and radiopaque properties on the outer cortex. Femur includes a stretch cord loop at femoral head for attachment to and articulation with pelvis. Femur with a canal diameter of 16 mm and an...

Head to upper thigh torso with encased full spinal column #1323-41. Full spine is articulated with anterior and posterior ligaments and tan flexible discs. Spine also includes radiopaque properties. Suitable for all levels of vertebroplasty, as well as...

Foot and ankle with distal tibia and fibula articulated with latex bands to fused foot bones. Made of solid foam and includes radiopaque properties. models are designed for medical imaging. Solid foam models include enhanced visualization properties on...

Shoulder includes scapula, clavicle, and full humerus with radiopaque properties on the outer cortex. Articulated with latex bands. Humerus includes cancellous inner material. Radiopaque models are designed for medical imaging. Solid foam models include...

Full skull made of solid foam with radiopaque properties. Includes mandible articulated with latex bands, and vise attachment. models are designed for medical imaging. Solid foam models include enhanced visualization properties on the outer surface,...

Full spine, C1 to sacrum, articulated with anterior and posterior ligaments and tan flexible discs. Solid foam spine includes radiopaque properties on the outer cortex. Radiopaque models are designed for medical imaging. Solid foam models include...

This osteoporotic thoracolumbar spine model includes T7 to L5 articulated with posterior latex ligament and tan flexible discs, featuring dura and nerve roots. T7 and T8 include standard cancellous inner material and T9 through L5 include 5.5 PCF...

Spine, T1 to sacrum, with posterior latex ligament and tan flexible discs. Includes solid foam vertebrae with radiopaque properties. Radiopaque models are designed for medical imaging. Solid foam models include enhanced visualization properties on the...

Solid foam pelvis and removable knee, with radiopaque properties on the outer cortex. Mounted supine on stand #1666-1. Knee with stretch cord loop at femoral head for attachment to and articulation with pelvis, as well as four stretch cord ligaments;...

Pediatric full Infant pelvis with defined ischium and pubis, and 38mm acetabulum. Includes sacrum and radiopaque properties on the outer cortex. Radiopaque models are designed for medical imaging. Solid foam models include enhanced visualization...

Full male pelvis, foam cortical shell, 57 mm acetabulum, and radiopaque properties on the outer cortical walls. Radiopaque models are designed for medical imaging. Solid foam models include enhanced visualization properties on the outer surface, and...

Lumbar spine, L1 to sacrum, with dura, nerve roots, and bilateral multifidus and erector spine muscles. Articulated with anterior and posterior latex ligaments and tan flexible discs. Includes radiopaque properties and cancellous inner material. May be...

Lumbar, L1 to L5, articulated with tan flexible discs with radiopaque properties. Includes dura, nerve roots, ligamenta flava, interspinous ligaments, and cancellous inner material. Radiopaque models are designed for medical imaging. Solid foam models...

Lumbar, L3 to sacrum, articulated with tan flexible discs. Includes dura, nerve roots, and cancellous inner material in the vertebrae. Sacrum made of solid foam. Vertebrae and sacrum have radiopaque properties on the outer cortex. Without ligaments. ...