Mechanical assessment of a titanium cervical spine corpectomy cage assembled with 3D-printed patient-specific endplate-conformed contact surfaces and a traditionally manufactured expandable mechanism

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Publié dans:	3D Printing in Medicine vol. 11, no. 1 (Dec 2025), p. 50
Auteur principal:	Shen, Shih-Chieh
Autres auteurs:	Huang, Shao-Fu, Sun, Wei-Hsiang, Lin, Chun-Li
Publié:	Springer Nature B.V.
Sujets:	United States > US Finite element method Tomography Acceptance criteria Titanium Stress concentration Numerical controls Boolean Contact stresses Stiffness Functional testing Assembling Subsidence Axial compression Three dimensional printing Manufacturing Shear tests Titanium alloys Load tests Computed tomography Milling (machining) Computer aided design > CAD 3-D printers Spine (cervical) Fatigue tests Mechanical tests Vertebrae Cages Cyclic loads Surgical implants Compression Skin & tissue grafts Production methods Mechanical properties
Accès en ligne:	Citation/Abstract Full Text Full Text - PDF
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