Bone Models

Tibia with cancellous inner material, a canal diameter of 12.5 mm, and an overall length of 42 cm. Fibula made of solid foam. Includes bicondylar fracture of the tibia depressed by 10 mm and reattached with latex bands. AO Classification: 41C1 Foam...

Tibia and fibula includes distal tibial spiral fracture reattached with latex bands, and cancellous inner material. Also with a 12.5 mm tibial canal diameter and an overall length of 42 cm. AO Classification: 43A1.1 Foam cortical shell models are made...

Tibia includes bicondylar fracture of the tibial plateau with fragment on medial side, and long oblique fracture at the tibial tuberosity. Fractures reattached with latex bands. Includes cancellous inner material. AO Classification: 41C1 Foam cortical...

Tibia includes mid-shaft butterfly fracture reattached with latex bands, and cancellous inner material. Also with a 12.5 mm canal diameter and an overall length of 42 cm. AO Classification: 42B2 Foam cortical shell models are made of a rigid foam shell...

Tibia includes lateral condylar fracture with depressed fragment reattached with latex bands. With cancellous inner material, a canal diameter of 12.5 mm, and an overall length of 42 cm. AO Classification: 41B3 Foam cortical shell models are made of a...

Tibia includes fracture of the medial condyle and long oblique fracture of the proximal third. Fractures reattached with latex bands. With cancellous inner material, a 12.5 mm canal diameter, and an overall length of 42 cm. AO Classification: 41B1.2 ...

Tibia includes mid-shaft malunion with 25 degree varus distal deformity, and cancellous inner material. 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...

Tibia includes proximal "Y" fracture and cancellous inner material. Also with a 12.5 mm canal diameter and an overall length of 42 cm. Foam cortical shell models are made of a rigid foam shell with inner cancellous material. These models cut and drill...

Tibia includes medial malleolar fracture, distal spiral fracture, proximal long oblique fracture, and medial condyle fracture. Each fracture reattached with latex bands. Also with cancellous inner material, a 12.5 mm canal diameter, and an overall length...

Tibia includes distal malunion with 25 degree varus deformity, and cancellous inner material. 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...

Tibia includes three-part mid-shaft butterfly fracture reattached with latex bands, and cancellous inner material. Also with a 12.5 mm canal diameter and an overall length of 42 cm. Foam cortical shell models are made of a rigid foam shell with inner...

Tibia includes embedded fabric reinforcement to augment High Tibial Osteotomy H.T.O. applications. With cancellous inner material, a canal diameter of 12.5 mm, and an overall length of 42 cm. Foam cortical shell models are made of a rigid foam shell...

Tibia includes proximal entry site for intramedullary nailing applications and distal medial window. With cancellous inner material, a canal diameter of 12.5 mm, and an overall length of 42 cm. Foam cortical shell models are made of a rigid foam shell...

Tibia includes lateral condylar fracture reattached with latex bands. With cancellous inner material, a canal diameter of 12 mm, and an overall length of 38 cm. Foam cortical shell models are made of a rigid foam shell with inner cancellous material...

Tibia includes fracture of the lateral condyle, two scored midshaft short oblique fractures, and a distal spiral fracture. Condylar and spiral fractures are complete and reattached with latex bands while the oblique fractures are partially cut. With...

Tibia includes proximal oblique fracture reattached with latex bands, a distal canal diameter of 14 mm, and a hollow core. Foam cortical shell models are made of a rigid foam shell with inner cancellous material. These models cut and drill easier than...