Повышение производительности и точности шлифования со скрещивающимися осями эльборового круга и ступенчатого валика

Abstract

Developed a method for high-speed deep grinding with crossed axis CNB polishing wheel and stepped shafts, where the increase in efficiency and working reach is achieved by selecting the optimum orientation angle of the polishing wheel separately for the cylindrical and end surfaces of stepped parts. The analysis of the influence of the angle crosses the axes on the error generation of geometry the end surface and the microinch accuracy of the cylindrical.