Modern Milling Techniques for Tough Metals

Achieve faster cuts and longer tool life in titanium, superalloys and stainless.

Join Ceratizit for this technical deep dive into the machining strategies that shape today's most demanding metal cutting applications. This webinar focuses on next-generation solid carbide end mills engineered for titanium and heat-resistant superalloys. The tools also prove highly effective in stainless steel milling.

This session delivers practical, actionable guidance for shops and operators looking to optimize tool performance and cycle times in tough materials.

As manufacturing sectors continue to increase their use of titanium, superalloys and other difficult-to-machine materials, shops need tooling and strategies that deliver predictable results. Ceratizit's end mills are backed by a vertically-integrated supply chain that ensures quality substrates and production scalability.

Agenda:

• Trochoidal milling: improve material removal efficiency while reducing heat and tool wear
• High efficiency milling (HEM): leverage low radial engagement to maximize tool life, stability and throughput
• Helical interpolations: stable entry and pocketing in difficult materials
• Ramping: versatile non-traditional entry techniques to extend tool life
• Full slot milling: how modern six-flute geometries enable aggressive slotting in titanium and superalloys