Titanium CNC Machining Services

What is Titanium?

Titanium is a strong, lightweight, corrosion-resistant metal prized for its durability and versatility. It is widely used across aerospace, medical, automotive and marine industries thanks to its exceptional strength-to-weight performance and biocompatibility.

• High strength, low weight: Stronger than many steels at a fraction of the mass.
• Outstanding corrosion resistance: Resists attack from air, water and many chemicals.
• Biocompatible & non-toxic: Safe for medical implants and instruments.
• Heat stability: Maintains strength at elevated temperatures.

Can Titanium Be CNC Machined? — Titanium CNC Machining Guide

Yes. Titanium CNC Machining is routinely performed on rigid 3-, 4- and 5-axis mills and lathes. Because titanium has high strength, low thermal conductivity and a tendency to work-harden, success depends on the right tooling, conservative surface speeds, adequate feed per tooth, and reliable chip evacuation with high-pressure coolant.

• Tooling & geometry: Tough micro-grain carbide with heat-resistant coatings (AlTiN/TiAlN), positive rake, short overhang.
• Coolant & heat control: Through-tool or high-pressure coolant to remove heat and chips; avoid rubbing to prevent work-hardening.
• Strategies: Constant-engagement/adaptive toolpaths, climb milling, chip-thinning feeds, peck cycles for drilling.

What is the hardest material to CNC?

• Inconel (Ni-Cr superalloys): Extreme heat resistance and work-hardening; very low SFM, relentless tool wear.
• Titanium alloys: Poor heat conduction and springback; requires rigid setups and aggressive chip control.
• Hardened steels (HRC > 45): Demands coated carbide/CBN and stable machine dynamics.
• Advanced ceramics: Too brittle for conventional cutting; typically ground, EDM’d, or laser-processed.