The Super-Thin Rod Cylindrical Honing Technology Research

Lin Zhu; Lin Pan

doi:10.4028/www.scientific.net/AMR.503-504.764

Paper Titles

Development of a New Ring Inflatable Flotation Machine
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Robot Kinematics and Dynamics Analysis Based on Virtual Prototyping Technology
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Synthesis and Characterization of Hierarchical ZSM-48 Zeolite
p.756

Influence of Material Continuity of Functionally Graded Coating on Interface Crack
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The Super-Thin Rod Cylindrical Honing Technology Research
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Flow Field Analysis and Numerical Simulation for Pipe with Tee on Fluid-Structure Coupling
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Magnetic Memory Testing and Intensity Failure Analysis of Fractured Bolt of Cylinder Head on Hydrogen Gas Compressor
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Design of Cross Slide Safety Devices in Engine Lathe
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Reliability-Based Assessment of the Effect of Climatic Conditions and CO₂ Emissions on the Corrosion of RC Structures Subjected to Carbonation
p.780

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 503-504The Super-Thin Rod Cylindrical Honing Technology...

The Super-Thin Rod Cylindrical Honing Technology Research

Abstract:

The super-thin rod cylindrical grinding is a problem in the machining, super-thin rod with large slenderness ratio, poor rigidity, large roundness error after grinding, and with low processing efficiency. This study uses cylindrical honing processing super-thin rod parts, and designing the super-thin rod cylindrical honing head, carrying on a honing test. The results show that the super-thin rod cylindrical coarse honing capacity reach up to 0.002mm/double stroke(length 1698mm), surface roughness reach up to Ra 0.8 ~ 0.025μm after honing, roundness error reach up to 2μm. It fully shows that super-thin rod cylindrical honing technology has high precision, low surface roughness, flexible production processing and high efficiency.