CNC milling of ceramics: a challenge in precision component manufacturing

Milling Parts
June 30, 2025
Category Connection: CNC Stainless Steel Parts
Brief: Ever wondered how to overcome the challenges of machining Nitronic 60 for precision components? This video dives into the research-backed methods to optimize CNC milling of this corrosion-resistant alloy, ensuring durability and efficiency in industrial applications.
Related Product Features:
  • Nitronic 60 offers superior wear resistance and stable corrosion performance, ideal for harsh environments.
  • Machining challenges include rapid tool wear, work hardening, and surface cracking, addressed in this study.
  • Optimized feed rates balance surface quality and tool wear for efficient production.
  • Corrosion resistance tested via ASTM B117 salt spray exposure, showing ≤ 0.03 mm pitting depth.
  • Wear resistance evaluated through block-on-ring sliding tests, outperforming AISI 316L by 35%.
  • Industrial applications include marine fasteners, pump components, and sliding surfaces.
  • Proper coolant and toolpath management enhance tool life and surface integrity.
  • Future research explores hybrid cooling and advanced coatings for extended machining efficiency.
Faqs:
  • What makes Nitronic 60 suitable for harsh environments?
    Nitronic 60 combines high mechanical strength with superior wear and corrosion resistance, stabilized by elevated silicon and manganese content.
  • How does feed rate affect machining Nitronic 60?
    Lower feed rates improve surface quality but accelerate tool wear, while higher feeds extend tool life at the cost of reduced finish quality.
  • What industries benefit most from Nitronic 60 machined parts?
    Energy, marine, and chemical processing industries benefit due to its resistance to harsh environments and durability in applications like valves and fasteners.