USE OF A MEASUREMENT INFORMATION SYSTEM TO INCREASE THE PRECISION WITH WHICH THIN-WALLED PARTS ARE MACHINED ON NUMERICALLY CONTROLLED MILLING MACHINES

摘要

The principle underlying the procedure used to monitor the vibrations that arise in the course of machining of thin-walled workpieces by milling cutters with cutting part made of a hard alloy and cubic boron nitride by means of a real-time measurement information system is considered. A comparison of the level of vibrations with the geometric parameters and roughness of segments of the machined surface is carried out.