When to Use Titanium

Titanium is selected when you need excellent strength-to-weight ratio, corrosion resistance, or biocompatibility. It is common in aerospace, robotics, performance products, and medical-adjacent designs. Titanium typically requires conservative machining strategies to manage heat and tool wear.

Common Uses

  • Lightweight structural parts
  • High-performance brackets and mounts
  • Corrosion resistant components
  • Premium consumer hardware

Pros

  • Excellent strength-to-weight ratio
  • High corrosion resistance
  • Good fatigue performance

Cons

  • Higher material cost
  • Slower machining and higher tool wear
  • Heat management is critical for machining stability

Machining Tips

  • Prioritize stable workholding and conservative tool engagement
  • Plan tool access to reduce long-reach machining
  • Define critical dimensions and inspection requirements
  • Specify surface finish and cosmetic zones early

Recommended Finishes

Bead blast and other cosmetic finishes may be used depending on the desired appearance and application.

Explore Finishes

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