Improving Traditional Cutting Processes by Using CNC Machines

Abstract

Advancements in CNC machining technology have significantly impacted manufacturing by offering precision and repeatability in cutting operations. Research in this field seeks to optimize various parameters to achieve better surface finish, reduced tool wear, and overall cost efficiency. The integration of automation and software advancements allows for adaptive control in CNC machining, further refining process efficiency. Additionally, modern innovations such as real-time monitoring and predictive analytics are being employed to anticipate maintenance needs and prevent downtimes. Studies also emphasize the importance of material selection, as different materials respond uniquely to machining processes, impacting tool life and final product quality. The continuous development of cutting tools, incorporating new materials and coatings, plays a crucial role in enhancing cutting efficiency and extending tool lifespan.