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Increasing cutting tool lifespan is essential for boosting manufacturing efficiency and profitability. Fewer tool replacements reduce costs and production interruptions. Longer tool life ensures consistent, high-quality products, vital for competitive advantage and customer satisfaction. This study explores how magnetic fields and cutting parameters affect tool performance during machining. Using the Taguchi method for optimization, we found that applying a magnetic field with optimized parameters significantly enhances tool durability. Our data showed a 99.86% match with our predictive model, demonstrating reliability and practical application. These techniques can greatly improve tool longevity, enhancing operational efficiency and profitability.
