Stents Cavity Processing Technique

Ning Zhao; Yan Ping Sun

doi:10.4028/www.scientific.net/AMR.154-155.933

Paper Titles

Research on Geometric Model for Axial Symmetry Aspheric Optical Parts Machining by Normal Equidistance Method
p.913

High Quality Fiber Laser Cutting of Electronic Alumina Ceramics
p.917

Characterization and Joining Behavior of Glass-to-KOVAR Alloy Fiber Laser Joint
p.923

Laser Fabricated In Situ (Ti,W)C Multi-Ceramics Reinforced Intermetallic Matrix Composite
p.929

Stents Cavity Processing Technique
p.933

Etching Effects of Nanotechnology Fabrication on CMOS Transistor Gate Wafer Manufacturing Process Integration
p.938

Effects of MgO Addition Level on Microstructure and Wear Resistance of Ni-WC Vacuum Fusion Sintering Coating
p.942

Study on Ultra-Turning Technology of Optical Chalcohalide Glass Using Diamond Tool
p.946

Finite Element Analysis of Molten Pool Depth and Dilution Rate in Laser Clad TiC/NiCrBSiC Coatings on Ti6Al4V
p.951

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 154-155Stents Cavity Processing Technique

Stents Cavity Processing Technique

Abstract:

According to the characteristic of the thin-walled components, through the analysis which carries on to the complex stents structure and the material, This article found the reason of the components’ distortion, and then designed the self-made jig, the self-made cutting tool, and choiced the optimized processing parameter and so on, summarized the processing technique of the stents cavity, improved the components processing quality and the processing efficiency.