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Titanium & high-temp alloys

Titanium at 75 IPM. That's the RobbJack difference.

High-performance carbide for titanium and high-temp alloys — built to shed heat.

75 IPM
in 6Al-4V (400 SFM)
15×
longer tool life
1500%
more parts per tool vs. competitor
Explore 2,000+ titanium-capable tools Talk to an engineer

Titanium fails tools through heat, so the win comes from geometry that controls engagement, not heroics at the spindle. One RobbJack XF cutter machined three complete aircraft flap-track parts — competitors needed five tools for a single part.

Run with a trochoidal path, our titanium lines run five to ten times faster than traditional approaches, with longer life and a better finish.

Why it wins

  • Tuffy-grade carbide and edge strength built for high-temp alloys.
  • Variable geometry that controls the arc of engagement and heat.
  • Runs trochoidal paths at real axial depth — up to 1× diameter.
  • Square, corner-radius, and ball options.

Best for

Titanium 6Al-4VInconel & super alloysAerospace structuresEngine components

Proof & technical depth

ArticleA Practical Approach to Milling TitaniumTitanium rewards rigidity and torque over speed. The practical path is the right machine, the right toolholder, and tool geometry built to shed heat — not heroics at the spindle.Read it →ArticleAdvanced Tool Paths Improve Cutter Performance in Difficult MaterialsTrochoidal tool paths control heat by controlling the arc of engagement — letting you run difficult alloys faster, deeper, and with longer tool life. Here's how to set them up.Read it →

2,000+ titanium-capable tools — start here

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