Medical Imaging Models

Half skull, right side of the skull includes radiopaque cortex. For use in cranial access fluoroscopy model #1925-4. Radiopaque models are designed for medical imaging. Solid foam models include enhanced visualization properties on the outer surface,...

Lumbar, L3 to sacrum, with bilateral multifidus and erector spine muscles. Articulated with anterior and posterior Naugahyde ligaments and tan flexible discs. Includes radiopaque properties and cancellous inner material. May be used with spine holder...

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. ...

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

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,...

Occipital to C7 articulated with anterior and posterior ligaments and tan flexible discs. Includes radiopaque properties and cancellous inner material. May be used with spine holder #1528-6 (sold separately). models are designed for medical imaging...

Cervical spine, C1 to C7, articulated with anterior ligament and tan flexible discs. Includes radiopaque properties and cancellous inner material. May be used with spine holder #1528-6 (sold separately). models are designed for medical imaging. Solid...

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...

Osteoporotic lumbar, L1 to L5, articulated with 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 medical...

Osteoporotic lumbar, T7 to L5, articulated with anterior latex ligament and tan flexible discs. With radiopaque properties and osteoporotic cortex. T7 and T8 include standard cancellous inner material and T9 through L5 include open-cell cancellous inner...

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, L1 to sacrum, with 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 used with spine holder...

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...

Osteoporotic lumbar, T7 to L5 articulated with posterior latex ligament and tan flexible discs. With radiopaque properties, osteoporotic cortex, dura, and nerve roots. T7 and T8 include standard cancellous inner material and T9 through L5 include...

Lumbar vertebrae, L1 to sacrum, articulated with tan flexible discs, and anterior and posterior ligaments. Includes cancellous inner material and radiopaque properties. models are designed for medical imaging. Solid foam models include enhanced...