Development of Oxygen-Rich Supply System Applied in Biomedical Titanium Alloy Cutting

Rui Zhang; Yi Wan; Xing Ai; Gan  Wang; Bo Men

doi:10.4028/www.scientific.net/MSF.770.410

Paper Titles

An Improved Mathematical Model of Resin Concrete and the Study of its Thermal Stability
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Application and Prospect of the Non-Newtonian Fluid in Industrial Field
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Finite Element Analysis for Strength Checking of Driven Wheels of "Ferris Wheel" Amusement Machine
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The Strength Check for the Cockpit of "Ferris Wheel" Amusement Machine with ANSYS
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Development of Oxygen-Rich Supply System Applied in Biomedical Titanium Alloy Cutting
p.410

Structure Design and Research of Heat Pipe Cooled Hot Forging Die
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The Design and Fabrication of Dimples Pattern on the Surface of UHMWPE
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The Segmentation of Ferrography Images: A Brief Survey
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Experimental Research on the Relationship between Surface Polishing and Fracture Strength for Ground Ceramics
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HomeMaterials Science ForumMaterials Science Forum Vol. 770Development of Oxygen-Rich Supply System Applied...

Development of Oxygen-Rich Supply System Applied in Biomedical Titanium Alloy Cutting

Abstract:

Oxide film of biomedical titanium alloy surface is crucial to implants, which plays an important role in their biocompatibility with human body. An oxygen-rich supply system used in machining titanium alloy was developed in this paper, which was able to improve oxide film generation. Pressure and ratio of mixed gas were controlled precisely by detection and programmable logic control logic system. Experimental results revealed that low-pressure oxygen-rich atmosphere greatly decrease the oxidation reaction condition between titanium alloy surface and oxygen. The thickness of the oxide film in oxygen-rich atmosphere was much thicker than that in natural environment.