Accelerating Axle Gear-Shift Hole Processing Technique Improvement of CNC Equipment Headstock

Bo Liu; Xiao Yan Huang; Zong Wei Bao

doi:10.4028/www.scientific.net/AMR.694-697.1829

Paper Titles

Introduction of a CNC Multi-Tip Turning Tool Structure with Option of Automatic Follower Rest
p.1808

Research of Reliability Growth Evaluation of CNC Machine Tools Based on Weibull Distribution
p.1812

The CNC Development of the Sapphire Dig Rods Machine Based on the Z3050 Rocker Drill
p.1817

Volumetric Errors Prediction of CNC Machine Tool Based on the Laser Interferometer
p.1822

Accelerating Axle Gear-Shift Hole Processing Technique Improvement of CNC Equipment Headstock
p.1829

Application of Go-Flow Methodology to the Reliability Evaluation in CNC Machine Tools
p.1833

Design of NC Table for Processing the Spatial Curved Surface
p.1838

Geometric Error Modeling of a Vertical Machining Center
p.1842

Research on a Rapid S-Shaped Acceleration and Deceleration Method for Computerized Numerical Control System
p.1846

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 694-697Accelerating Axle Gear-Shift Hole Processing...

Accelerating Axle Gear-Shift Hole Processing Technique Improvement of CNC Equipment Headstock

Abstract:

Accelerating axle gear-shift hole processing technique of CNC equipment headstock was improved for gear colliding with housing wall during processing, interference phenomenon, galling and surface quality during scrapping plane. Experience proves that the machining process improvement of the accelerating shaft shift holes of the headstock is very successful and the product bottleneck effect is eliminated.