OPTIMIZATION OF CUTTING MODES ON MACHINES OF FLEXIBLE MANUFACTURING SYSTEMS

The main problem of manufacturing products in conditions flexible automated production is the achievement high quality indicators parts, such as accuracy characteristics, surface roughness and layer condition. Obtaining parts modern technological systems requires study specific features production. Frequent readjustment equipment, replacement tools, redistribution characteristics elastic system machine from materials different workability determine variablenature parameters manufactured (FMS). In addition, difficulties associated with full automation process are added: automatic basing fixing workpieces transfer reorientation for processing on various modules, accumulation errors when blanks satellites, branching dimensional connections multipurpose machines, inaccuracies adjustment positioning tool, need active control treated condition cutting providing feedback between real specified accuracy, maintenance thermal ensuring optimal cuttingmodes all FMS machines. solution most these problems achieved through adaptive management processes order to obtainspecified quality. Designing under changing a very difficult task, due multivariate technology included group. Meanwhile,in theory group there methods optimize choosing right solution. With optimization technologies, it necessary be able specialize On first stage basis advanced processes, create type development processes. cost developing insignificant, so that widely implemented. machining complex or combination elements part ensure efficiency process, solve optimizing accordance accepted optimality criteria taking into account technical limitations. At same time, considered constantly set, instrumental adjustment, modes using mathematical modeling information processing, continuous help which FMS. Therefore, calculating interconnected machines extremely urgent. not intense optimal, but just those stable operation long time.