Research into the Impact of Spindle Speed and Feed Rate Changes on the Life of a Deep-Drilling Technology Tool

The drilling process in real production places ever-increasing demands on the length and accuracy of holes made. beyond a length-to-diameter ratio 5–10 is called deep drilling. aim research was to determine detail deep-drilling input conditions, their impact stability cutting degree which output requirements were achieved. focus analysis how monitored technological physical impacts translate into achieving required gun-drill life quality dimensional holes, as well overall tool life. Based analysis, tests conducted verify individual parameters obtained results then statistically evaluated optimized. Drawing experimental results, solutions procedures proposed implemented environment operation. This optimal values frequency rotation displacement ensure maximum while maintaining efficiency drilled parts. At same time, based research, methodology recommendations for technology developed.