Orthopaedic

Cervical spine, C1 to C7, includes blue nerve roots and cancellous inner material. Articulated with tan flexible discs. Foam cortical shell models are made of a rigid foam shell with inner cancellous material. These models cut and drill easier than the...

Elbow with humerus articulated with latex bands to ulna and radius. Humerus includes distal transverse fracture reattached with latex bands, cancellous inner material, a canal diameter of 9.5 mm, and an overall length of 36 cm. Ulna and radius made of...

Includes cancellous inner material, a canal diameter and proximal entry site of 15 mm, and an overall length of 42 cm. Used for intramedullary nailing applications. Foam cortical shell models are made of a rigid foam shell with inner cancellous material...

Forefoot with hammertoe at 2nd and 3rd PIP joint. Articulated with collateral latex ligaments. Foam cortical shell models are made of a rigid foam shell with inner cancellous material. These models cut and drill easier than the plastic cortical shell...

Elbow includes foam cortical shell humerus, ulna, and radius. Articulated with latex bands and provides full range of motion. Foam cortical shell models are made of a rigid foam shell with inner cancellous material. These models cut and drill easier...

Ulna with oblique fracture of the proximal third with an overall length of 27.5 cm. Radius with transverse fracture of the distal third and an overall length of 25 cm. Fractures reattached with latex bands. AO Classification: 2R2A, 2U2A3 Foam cortical...

Foot and ankle with distal tibia and fibula with articulating ankle joint and movable talus and calcaneus, attached to fused forefoot. Calcaneus and distal tibia include cancellous inner material. Foam cortical shell models are made of a rigid foam...

Ankle includes distal tibia with cancellous inner material, articulated with solid foam distal fibula and talus. Includes four-part pilon fracture of the tibia and long oblique fracture of the fibula. Fractures reattached with latex bands. Foam cortical...

Humerus with modified cancellous density in proximal end for use with suture anchors requiring lighter than normal bone density. Foam cortical shell models are made of a rigid foam shell with inner cancellous material. These models cut and drill easier...

Lumbar spine, L1 to sacrum, with bilateral iliac crests. Articulated with anterior and posterior Naugahyde ligaments and tan flexible discs. Vertebrae and sacrum include cancellous inner material. May be used with spine holder #1524-41 or #1524-58 (sold...

Femur, tibia, and fibula articulated with four non-stretch ligaments; LCL, MCL, ACL, and PCL. Femur and tibia include cancellous inner material. Femur with a canal diameter of 16 mm and an overall length of 47 cm. Tibia with a canal diameter of 12.5 mm...

Lumbar spine, L1 to L5, articulated with anterior and posterior Naugahyde ligaments and tan flexible discs. Includes cancellous inner material. Foam cortical shell models are made of a rigid foam shell with inner cancellous material. These models cut...

Femur with mid-shaft transverse fracture reattached with latex bands. Includes lighter than standard cancellous inner material, a canal diameter of 9.5 mm, and an overall length of 35 cm. Foam cortical shell models are made of a rigid foam shell with...

Humerus includes three-part fracture of the humeral head reattached with latex bands, red neoprene partial rotator cuff, and subscapularis tendon. With cancellous inner material, a canal diameter of 9.5 mm, and an overall length of 36 cm. AO...

Knee with cancellous inner material, and solid foam patella. Articulated with three stretch tube ligaments; LCL, MCL, and PCL. Femur with a canal diameter of 15 mm and an overall length of 42 cm. Tibia with a canal diameter of 12 mm and an overall length...

Femur includes extra-articulated supracondylar distal fracture reattached with latex bands. With cancellous inner material, a 16 mm canal diameter, and an overall length of 47 cm. Foam cortical shell models are made of a rigid foam shell with inner...