3 Carbide Rod Blank Designs to Address Challenges in Titanium Machining

Titanium is a key material for aerospace and medical industries, valued for its strength and corrosion resistance. However, its low thermal conductivity and abrasive chips can cause challenges for toolmakers, such as early tool wear, thermal deformation, and workpiece distortion.

In this video, we introduce three carbide rod blank designs to help toolmakers overcome these challenges and optimize titanium machining processes.

Here’s what you’ll learn:
🔹 The benefits of solid carbide blanks paired with flood cooling systems—ideal for high-volume operations with cost efficiency in mind.
🔹 How standard coolant rods with through-tool cooling improve tooling life and precision in complex titanium machining applications.
🔹 The advantages of tailored coolant rods for highly specialized operations like deep hole drilling and deep pocket milling in demanding titanium projects.

Whether you’re machining titanium turbine discs or compressor housings, Hyperion’s solutions deliver improved tool life, enhanced precision, and operational efficiency.

Discover how Hyperion’s portfolio of carbide rods can help you tackle the toughest titanium machining challenges. Visit Hyperion’s Website today!

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