Biomechanical

Ovine tibia absolute™ bone for mechanical testing. Merino cross weighing approximately 60 kg (132lbs) and 3 years old. Our absolute™ bones mimic the properties of natural bones to help you easily and inexpensively simulate load and motion scenarios for...

Endentulous, absolute™ bone mandible with 17 PCF solid foam cancellous core and teeth indentations for mechanical testing. Our absolute™ bones mimic the properties of human bones to help you easily and inexpensively simulate load and motion scenarios for...

Includes a 17 PCF density cancellous foam core, a 12mm canal, and an overall length of 39.1cm. This absolute™ bone mimics the properties of a human bone attributed to the average Asian population to help you easily and inexpensively simulate load and...

Fourth rib in two pieces, absolute™ bone for mechanical testing. Our absolute™ bones mimic the properties of human bones to help you easily and inexpensively simulate load and motion scenarios for medical device development and approval.

Osteoporotic Femur with 10 PCF low-density cancellous, thin-walled low-density cortical shell, overall length 45.5 cm, and 16 mm hollow canal. Our absolute™ bones mimic the properties of human bones to help you easily and inexpensively simulate load and...

Osteoporotic Humerus with 10 PCF low-density cancellous and thin-walled, low-density cortical shell. Our absolute™ bones mimic the properties of human bones to help you easily and inexpensively simulate load and motion scenarios for medical device...

Short Fiber Filled Epoxy is the simulated cortical bone material used for all of our absolute™ bones. Sawbones absolute™ bones are used as alternative testing media to human cadaver bone. Achieve confidence in your results with repeatable...

Lumbar L3 absolute™ osteo bone with 10 PCF (0.16g/cc) density solid foam cancellous core. Dimensions: a) 48 mm; b) 35 mm; c) 11 mm; Pedicle height 16 mm. Our absolute™ bones mimic the properties of human bones to help you easily and inexpensively...

The anatomy and material properties of these files are based on the composite bone production line. FE models are most commonly used to optimize, compare and test orthopaedic devices and surgical instruments. Validated Finite Element (FE) models are...

These files are used for computer simulated experimentation (finite element analysis). The anatomy and material properties of these files are based on the composite bone product line. FE models are most commonly used to optimize, compare, and test...

These files are used for computer simulated experimentation (finite element analysis). The anatomy and material properties of these files are based on the composite bone product line. FE models are most commonly used to optimize, compare, and test...

These files are used for computer simulated experimentation (finite element analysis). The anatomy and material properties of these files are based on the composite bone product line. FE models are most commonly used to optimize, compare, and test...

Lumbar L3, absolute™ bone for mechanical testing. Individual level. No inner cancellous material. Our absolute™ bones mimic the properties of human bones to help you easily and inexpensively simulate load and motion scenarios for medical device...

The anatomy and material properties of these files are based on the composite bone production line. FE models are most commonly used to optimize, compare and test orthopaedic devices and surgical instruments. Validated Finite Element (FE) models are...

These files are used for computer simulated experimentation (finite element analysis). The anatomy and material properties of these files are based on the composite bone product line. FE models are most commonly used to optimize, compare, and test...

Cylinder, 25 mm X 400 mm with a 9 mm canal. Simulate mid-diaphyseal bone for fracture fixation testing with our hollow or foam filled solid foam cylinders. Rigid foam products are an alternative material to human cadaver bone for testing and...