Medical Imaging Models

Iliac Crest with radiopaque outer cortex. Can be used as replacement part in full torso spine holder #1513-51. models are designed for medical imaging. Solid foam models include enhanced visualization properties on the outer surface, and foam cortical...

This left leg model is fully encased in soft tissue and includes a solid foam hemi-pelvis, femur, patella, tibia, fibula, talus, calcaneus, and forefoot. All bones are made with radiopaque properties and contain a visible high-contrast cortical shell,...

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...

Radius includes radiopaque properties on the outer cortex with cancellous inner material, a canal diameter of 5.5 mm, and an overall length of 25 cm. Radiopaque models are designed for medical imaging. Solid foam models include enhanced visualization...

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,...

Full spine, C1 to sacrum, articulated with anterior and posterior ligaments, ligament flavum, and tan flexible discs. Includes radiopaque properties. Radiopaque models are designed for medical imaging. Solid foam models include enhanced visualization...

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...

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...

This large lumbar spine model spans from L1 to L5 and features a 20 PCF foam cortical shell with radiopaque properties for enhanced contrast under X-ray and fluoroscopy. The inner structure includes 5.5 PCF open-cell osteoporotic cancellous material...

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...

This large lumbar spine model spans from T7 to L5 and is articulated with an anterior latex ligament and tan flexible discs. It features a 20 PCF foam cortical shell with radiopaque properties for enhanced contrast under X-ray and fluoroscopy. T7 and T8...

Pediatric full spine, C1 to sacrum, articulated with anterior and posterior latex ligament and tan flexible discs. Includes solid foam vertebrae with radiopaque properties. May be used with spine holder #1526-6. Radiopaque models are designed for...

Thoracic spine, T1 to T12, articulated with posterior latex ligament and tan flexible discs. With radiopaque properties and cancellous inner material. Radiopaque models are designed for medical imaging. Solid foam models include enhanced visualization...

Suitable for all levels of vertebroplasty, as well as any minimally invasive or image related targeting procedures from C1-Sacrum. Model comes with radiopaque iliac crests. Any combination of Sawbones spine models may be used with this reusable holder...

This L1 vertebra model features a 20 PCF foam cortical shell with radiopaque properties for enhanced contrast under X-ray and fluoroscopy. The inner structure includes 5.5 PCF open-cell osteoporotic cancellous material that will accept cement. It is most...

This L5 vertebra model features a 20 PCF foam cortical shell with radiopaque properties for enhanced contrast under X-ray and fluoroscopy. The inner structure includes 5.5 PCF open-cell osteoporotic cancellous material that will accept cement. It is most...