INVESTIGATION OF PROCESSES IN HIGH-SPEED EQUIPMENT USING CNC CAPABILITIES

Abstract

Improving the accuracy, reliability and performance of high-speed technological systems is one of the most pressing challenges in modern industry. The process of improvements in machine tools is permanent because of growth in requirements for the parts quality. The HSM process progress may depends on specific characteristics of particular machine. In this connection, there is a need to carry out investigations in real equipment. The possibility of in-process parameters registration using CNC capabilities is considered. Hardware and software solutions are proposed. The software capabilities for data processing, analyzing and displaying a large number of graphs are shown.

Recommended articles

AFFECTATION OF CHIP FORMATION IN SINGLE-LIP DEEP HOLE DRILLING AT SMALL DIAMETERS BY APPLICATION OF LOW-FREQUENCY VIBRATION SUPPORT

M. Reiter, F. Bleicher
Keywords: Deep hole drilling; Long-chipping material; Vibration; Chip formation; Material removal

DESIGN AND SIMULATION-BASED ANALYSIS OF A TEST BED FOR TWO-DIMENSIONAL KINEMATICALLY COUPLED FORCE COMPENSATION

S. Ihlenfeldt, J. Müller, M. Merx, C. Peukert
Keywords: Linear Motor; Control; Compensation; Feed Drive; Redundant Axis

INFLUENCE OF BOTH RAKE AND FLANK FACES METAL WORKING FLUID (MWF) STRATEGIES ON MACHINABILITY OF Ti-6Al-4V ALLOY

A. Kummamkandath, A. Duchosal, A. Morandeau, R. Serra, R. Leroy
Keywords: Cryogenic machining; Rake and flank application; CO2; Ti-6Al-4V; Machinability; Surface integrity; Chip microstructure

ESTIMATION OF ENGAGEMENT CONDITIONS USING AN ANN PATTERN RECOGNITION SYSTEM ON THE BASE OF A SENSORY TOOL HOLDER

T. Bergs, D. Scharknepper, S. Goetz
Keywords: Process monitoring; milling; Industry 4.0; ANN