Integrating Traditional and Advanced Precision Machining for Improved Performance
DOI:
https://doi.org/10.64200/2d2qbv68Keywords:
Machining Techniques, Precision Manufacturing, Comparative Analysis, Tool Life, Economic ImplicationsAbstract
This study examines the integration of conventional machining techniques with advanced precision methods, using empirical data to compare their performance and economic impact. Traditional processes such as lathe work, milling, and grinding delivered strong tool life results, with grinding on brass reaching 40 hours. Advanced approaches, including CNC cutting on titanium, showed even greater endurance with tool life extending to 50 hours. Comparative analysis found that CNC milling produced an 8 percent improvement in surface quality over traditional lathe operations. Laser cutting delivered exceptional accuracy, achieving a surface finish roughness 67 percent lower than that of standard grinding. Economic evaluation showed that CNC milling requires higher upfront investment and leads to operating costs that are 40 percent higher. The findings offer a clear view of how traditional and next-generation machining methods differ and complement each other, helping decision-makers refine their manufacturing strategies..
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Copyright (c) 2025 Upinder Singh Singh, Karan Paul (Author)
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