典型文献
3D printing of patient-specific 316L-stainless-steel medical implants using fused filament fabrication technology:two veterinary case studies
文献摘要:
Biomedical fracture fixation implants have complex sculp-tured geometries to adapt perfectly to fractured bones,making them difficult and expensive to manufacture with conventional machining methods.Fused filament fabrication(FFF)is a very popular Additive Manufacturing technology that simplifies the manufacture of parts with complex geome-tries,making it ideal for the manufacture of customized medical implants.
文献关键词:
中图分类号:
作者姓名:
J.M.Chacón;P.J.Nú?ez;M.A.Caminero;E.García-Plaza;J.Vallejo;M.Blanco
作者机构:
Escuela Técnica Superior de Ingeniería Industrial,Universidad de Castilla-La Mancha,Avda,Camilo José Cela,2,13071 Ciudad Real,Spain;Protresde Ingeniería y Soluciones,C/Solana 60,nave 3,13005 Ciudad Real,Spain
文献出处:
引用格式:
[1]J.M.Chacón;P.J.Nú?ez;M.A.Caminero;E.García-Plaza;J.Vallejo;M.Blanco-.3D printing of patient-specific 316L-stainless-steel medical implants using fused filament fabrication technology:two veterinary case studies)[J].生物设计与制造(英文),2022(04):808-815
A类:
sculp,geome
B类:
printing,patient,specific,316L,stainless,steel,implants,using,fused,filament,fabrication,technology,two,veterinary,case,studies,Biomedical,fixation,have,complex,geometries,adapt,perfectly,fractured,bones,making,them,difficult,expensive,manufacture,conventional,machining,methods,Fused,FFF,is,very,popular,Additive,Manufacturing,that,simplifies,parts,ideal,customized
AB值:
0.651344
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