Orthopaedic

Distal femur and Proximal tibia attached with stretch cord ligaments. No patella. Removable stand. Solid clear models are made of a solid clear plastic. They can be made with or without the intramedullary canal. They are very durable and an economic...

Distal femur, patella, and Proximal tibia attached with 4 stretch cord ligaments. Includes stand. Solid clear models are made of a solid clear plastic. They can be made with or without the intramedullary canal. They are very durable and an economic...

Femur and tibia articulated with three stretch non-stretch ligaments; LCL, MCL, and PCL. Includes cancellous inner material, metal dowel in distal tibia, and looped proximal femur cord for attachment to and articulation with hip assembly #1301-160. Femur...

Femur and tibia articulated with three stretch tube ligaments; LCL, MCL, and PCL. Includes cancellous inner material, metal dowel in distal tibia, and looped proximal femur cord for attachment to and articulation with hip assembly #1301-161. Femur with a...

Femur and tibia articulated with three stretch cord ligaments; LCL, MCL, and PCL. Includes solid foam fibula, metal dowel in distal tibia, and looped proximal femur cord for attachment to and articulation with hip assembly #1301-169 or full male pelvis...

Femur and tibia with cancellous inner material, and solid foam fibula. Articulated with two latex ligaments; LCL and MCL. Includes bicondylar and midshaft oblique fractures of the tibia. Fractures reattached with latex bands. Femur with a canal diameter...

Femur and tibia with cancellous inner material, and solid foam fibula. Articulated with four non-stretch ligaments; LCL, MCL, ACL, and PCL. Includes five-part fracture of the proximal tibia and three-part fracture of the proximal fibula. Fractures...

Femur and tibia with cancellous material, and solid foam fibula articulated with stretch tube collateral ligaments. Includes extra-articular fracture of the distal femur with small medial butterfly fracture, and bicondylar fracture of the tibial plateau...

Femur and tibia articulated with four stretch tube ligaments; ACL, LCL, MCL, and PCL. Femur with no canal and an overall length of 47 cm. Tibia with a canal diameter 12.5 mm and an overall length of 42 cm. Foam cortical shell models are made of a rigid...

Knee fractures, includes bicondylar fracture and depressed fragment of the proximal tibia, Hoffa fracture of the lateral femoral condyle, and "T" fracture and medial fragment of the distal femur. Femur and tibia each include cancellous inner material.

Distal femur and full length tibia with cancellous inner material, articulated with collateral ligaments. Includes a lateral plateau fracture with depressed fragment. Foam cortical shell models are made of a rigid foam shell with inner cancellous...

Femur and tibia articulated with three stretch tube ligaments; LCL, MCL, and PCL. Includes 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 and an overall length of 42...

Femur and tibia articulated with three non-stretch 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 of 38 cm. Solid foam models are made of...

Femur and tibia articulated with three stretch cord ligaments; LCL, MCL, and PCL. Femur with a canal diameter of 16 mm and an overall length of 47 cm. Tibia with a canal diameter of 12.5 mm and an overall length of 42 cm. Solid foam models are made of...

Sawbones anatomically accurate Wet Arthroscopy Knee is a diagnostic and operative model used for many types of arthroscopy techniques. This model uses world voltage 220v. Includes distal femur, proximal removable tibia with replaceable menisci and...

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,...