3D printed guides for controlled alignment in biomechanics tests.

@article{Verstraete20163DPG,
  title={3D printed guides for controlled alignment in biomechanics tests.},
  author={Matthias Andr{\'e} Verstraete and Laurent B. Willemot and Stefaan Van Onsem and Cyri{\"e}lle Stevens and Nele Arnout and Jan M K Victor},
  journal={Journal of biomechanics},
  year={2016},
  volume={49 3},
  pages={
          484-7
        }
}
The bone-machine interface is a vital first step for biomechanical testing. It remains challenging to restore the original alignment of the specimen with respect to the test setup. To overcome this issue, we developed a methodology based on virtual planning and 3D printing. In this paper, the methodology is outlined and a proof of concept is presented based on a series of cadaveric tests performed on our knee simulator. The tests described in this paper reached an accuracy within 3-4° and 3-4mm… CONTINUE READING
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