Further studies evaluating extract compositions are necessary to clarify the reason for these results. Ana Paula Macedo, Mr. Roger Fernandes and Ms. Phillip's science of dental materials.
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- JCDR - Biocompatibility, Bovine Serum Albumin, Corrosion, Co-Cr alloys, Ni-Cr alloys.
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Biocompatibility of Co-Cr-Ni Alloys | SpringerLink
Titanium for prosthodontic applications: a review of the literature. A surgical implant component comprising: an implant component body manufactured from an alloy comprising:.
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- Obtaining and Characterization of Biocompatible Co-Cr as Cast Alloys.
The surgical implant component of claim 1 wherein the implant component is said knee, hip, or spine implant component. The surgical component of claim 1 wherein the alloy comprises from about 1. The surgical component of claim 3 wherein any Ni and Fe present is strictly controlled to no more than 0. The surgical implant component of claim 1 comprising: the implant component body manufactured from the alloy and the alloy consists essentially of:. The surgical implant component of claim 1 comprising: the implant component body manufactured from the alloy and the alloy comprises:.
The surgical implant component of claim 8 wherein the implant component body is active-work-hardening-free.
The surgical implant component of claim 1 wherein the implant component body has a Rockwell C hardness of greater than 45 up to The surgical implant component of claim 1 comprising between 0. A method for manufacturing a surgical implant component body for a surgical implant comprising: forming the surgical implant component body by a manufacturing method selected from the group consisting of casting, forging, and powder metallurgy pressing-plus-sintering from an alloy comprising:.
The method of claim 13 wherein the method further comprises work hardening exclusively by passive work hardening by cooling from an implant component formation temperature and excluding any active work hardening. The method of claim 13 wherein the alloy comprises from about 1.
A surgical implant component formed by the method of claim 13 , the component comprising: the implant component body manufactured from the alloy comprising:. The surgical implant component of claim 16 wherein the implant component is a component of an implant for repair or replacement of a component of a knee, hip, shoulder, finger, elbow, wrist, ankle, finger or spine.
The surgical implant component of claim 1 wherein the alloy comprises Mn in a range from about 0. Surgical orthopedic implants made from wear-resistant cobalt—chromium—molybdenum alloys. Orthopedic surgical implants, made of wear-resistant cobalt-chromium-molybdenum alloys. Surgical orthopedic implants made from wear-resistant cobalt-chromium-molybdenum alloys.
USB2 en. DEA1 en. GBB en. Cobalt-chromium molybdenum alloy powder preparation methods for metal additive manufacturing.
CoCr and Nickel Alloys
USA en. JPSA en. EPA1 en. EPA2 en. FRA1 en. JPHA en. USA1 en. WOA2 en. Cobalt alloys, methods of making cobalt alloys, and implants and articles of manufacture made therefrom. JPA en. Method for fabricating a medical component from a material having a high carbide phase. Clark, G.
Niinomi, Mitsuo et al. Okazaki, Yoshimitsu et al. Puleo, David et al. Pypen, C. M et al. GBD0 en. GBA en. Sumita et al. Development of nitrogen-containing nickel-free austenitic stainless steels for metallic biomaterials. Geetha et al. Brown et al. JPB2 en.