Deep-Hole Precision Honing of Difficult-to-Cut Materials

Xu Song Xu; Zhi Ying Sun; Zhan Feng Liu; Hai Peng

doi:10.4028/www.scientific.net/AMR.690-693.3218

Paper Titles

Spectral Element Approximation for the Eigenvalue Problem of Hydrogen Atoms Electronic Structure
p.3199

A Template-Matching-Based Fast Algorithm for PCB Components Detection
p.3205

Abrasive-Free Polishing of Hard Disk Substrate with H₂O₂-K₂S₂O₈-NaHSO₃ Slurry
p.3209

Aspherical Surface Contact Detection Error Analysis
p.3213

Deep-Hole Precision Honing of Difficult-to-Cut Materials
p.3218

Effect of K₂S₂O₈ on Material Removal Rate in Abrasive-Free Polishing of Hard Disk Substrate
p.3222

Electrochemical Deburring of Miniature Holes
p.3226

Numerical Analysis of the Ultrasonic Honing Chatter Based on the Stribeck Model
p.3231

Quantitative Analysis of Lateral Setting Error in Two-Point Method
p.3235

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Deep-Hole Precision Honing of Difficult-to-Cut Materials

Abstract:

For the deep-hole drilling is in closed or half-closed condition and the cutting situation can’t be controlled directly, it brings a big challenge to attain the machining precision. Deep-hole honing is an effective process method that can ensure the precision of size, geometry shape and surface quality. A new machining technologies of finishing honing on precision deep-hole are discussed. Two typical machining examples were illustrated, and the machining effection were also discussed. The key technology and chief feature of strong honing were analyzed through honing experiment of titanium alloy and PH stainless steel. The experiments indicate that strong honing is one effective method to solve the problem of precision deep-hole machining of difficult-to-cut materials and the honing tools which was used in the experiments have the feature of good rigidity, high cutting efficiency.