Medical Imaging Models

Femur includes radiopaque properties on the outer cortex with cancellous inner material, a canal diameter of 16 mm, and an overall length of 47 cm. models are designed for medical imaging. Solid foam models include enhanced visualization properties on...

Tibia includes radiopaque properties and cancellous inner material. With a canal diameter of 12 mm and an overall length of 38 cm. Plugged distal end. models are designed for medical imaging. Solid foam models include enhanced visualization properties...

Lumbar spine, L1 to sacrum, with bilateral iliac crests. Includes radiopaque properties. Articulated with anterior and posterior latex ligaments and tan flexible discs. Vertebrae and sacrum with cancellous inner material. May be used with spine holder...

Femur includes radiopaque properties on the outer cortex with cancellous inner material, a canal diameter of 16 mm, and an overall length of 47 cm. Radiopaque models are designed for medical imaging. Solid foam models include enhanced visualization...

Independent radiopaque L1 through sacrum with iliums are preloaded securely in robust holder ready for you to program your navigation system. Once programmed, the holder can be utilized with any combination of levels in 1378-90-100 series foam cortical...

Full male pelvis, L1 to sacrum. Vertebrae articulated with posterior ligament and tan flexible discs. Includes radiopaque properties and cancellous inner material. Radiopaque models are designed for medical imaging. Solid foam models include enhanced...

Full male pelvis, L4 to sacrum, with tan flexible discs, cancellous inner material, and radiopaque properties on the cortex. For use with SI Torso model #1513-84. models are designed for medical imaging. Solid foam models include enhanced visualization...

Pelvis full male, 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 foam cortical models...

Osteoporotic lumbar, L1 to sacrum, articulated with 19 mm anterior latex ligament and tan flexible discs with radiopaque properties, osteoporotic cortex, and open-cell cancellous inner material that will accept cement. Radiopaque models are designed for...

Lumbar spine, L2 to sacrum, articulated with anterior and posterior latex ligaments and tan flexible discs. Includes cancellous inner material and radiopaque properties on the outer cortex. models are designed for medical imaging. Solid foam models...

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...

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...

Full male pelvis with radiopaque properties on the outer cortex and cancellous inner material. Each femur includes an articular capsule and a canal diameter of 16 mm. Pelvis with 57 mm acetabulum. Radiopaque models are designed for medical imaging...

L1 to sacrum articulated with anterior and posterior ligaments and tan flexible discs. Includes radiopaque properties and non-removeable holder made of soft tissue with skin. 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,...