Application of Machining Equipment with Feedback Detection Function in Polyhedron Precision Processing Control
J. Q. Guo, C. S. Tong, J. F. Qiao, Jian Zhang, J. P. Stoquert,
“Application of Machining Equipment with Feedback Detection Function in Polyhedron Precision Processing Control”, Journal of Mechanical Engineering Research and Developments,
ABSTRACT: This research first describes the existing problems of high labor intensity, low productivity, product quality with no guarantee and high scrap rate in modern grinding equipment, and introduces the operating principle of grinding equipment. On this basis, this paper introduces a polyhedron precision machining equipment with feedback detection function. This equipment is strong in locking torque, has high positioning accuracy, low manufacturing cost, and can pinpoint the turning position of blanks to be machined accurately. It has passed through the design verification of feedback detection function, and solves the technical problems of low positioning accuracy of polyhedron work pieces grinding and processing, high manufacturing cost and unable to meet the requirements of high-precision polyhedron machining in the current technology.
Keywords: Machining equipment; Feedback detection function; Precision processing control.