pros

• Titanium provides excellent strength with low weight, making it ideal for aerospace equipment, automotive, drone, and high-performance precision parts.
• Titanium resists seawater, chemicals, and harsh environments, helping machined parts maintain stable performance and long service life.
• Titanium is suitable for selected medical, dental, and wearable components because of its biocompatibility and excellent surface stability.
• Titanium maintains good mechanical properties under elevated temperatures, making it suitable for demanding thermal and industrial applications.
• Titanium combines durability, corrosion resistance, and lightweight performance, making it ideal for advanced custom precision components.

cons

• Titanium is more expensive than aluminum, steel, and many plastics, increasing prototype and low-volume production costs.
• Titanium requires proper tooling, cutting speeds, coolant, and machining experience due to its toughness and low thermal conductivity.
• Heat concentration during titanium machining can accelerate tool wear, affecting surface quality, dimensional accuracy, and production efficiency.
• Titanium often requires slower cutting speeds and careful process control, resulting in longer lead times than easier metals.
• Titanium supports many finishes, but some coatings or polishing processes require specialized control to achieve consistent appearance and performance.