Biomechanical

Femur for mechanical testing that includes a 17 PCF solid foam cancellous core, solid canal, and an overall length of 455 mm. Our absolute™ bones mimic the properties of human bones to help you easily and inexpensively simulate load and motion scenarios...

Femur for biomechanical testing with a 20 PCF cellular foam cancellous core a 16 mm canal, and an overall length of 485 mm. Our absolute™ bones mimic the properties of human bones to help you easily and inexpensively simulate load and motion scenarios...

Femur for biomechanical testing that includes a 20 PCF cellular foam cancellous core, a 13 mm canal, and an overall length of 455 mm. Our absolute™ bones mimic the properties of human bones to help you easily and inexpensively simulate load and motion...

Femur for biomechanical testing that includes a 8 PCF solid foam cancellous core, a 16 mm canal, and an overall length of 485 mm. Our absolute™ bones mimic the properties of human bones to help you easily and inexpensively simulate load and motion...

Osteoporotic Femur with 10 PCF low-density cancellous, thin-walled low-density cortical shell, overall length 48.5 cm, and 16 mm hollow canal. Our absolute™ bones mimic the properties of human bones to help you easily and inexpensively simulate...

Osteoporotic Femur with 12.5 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...

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...

Proximal first phalanx for mechanical testing. With vise attachment. 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.

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.

Full male pelvis 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.

Hand, 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 large left hemi pelvis designed for biomechanical testing with a thin-walled absolute™ osteo cortex and a 10 PCF solid foam cancellous core. The acetabulum measures 55 mm. It matches #3405-2 sacrum and #3409 right hemi pelvis. Made with...

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...

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...

Lumbar L3 absolute™ 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 simulate load...