#medicalcasting

In the high-stakes world of aerospace, medical, and industrial components, every grain, every molecule, and every micron matters. That’s where Uni Tritech excels.

🔬 Precision from the Inside Out

At Uni Tritech, we believe performance starts at the microstructure level. Through advanced alloy selection, heat treatments, and metallurgical expertise, we ensure every part we cast meets critical strength and fatigue requirements.

Alloy Engineering: Stainless steel, cobalt-based, and nickel superalloys tailored for mission-specific applications

Grain Control: Directional solidification and heat treatments for stronger, more reliable parts

Testing Standards: Microstructure analysis, non-destructive testing (NDT), and certifications like AS9100 & ISO 13485

🌌 Why It Matters

Microstructure determines:

✅ Load-bearing capacity

✅ Resistance to corrosion and fatigue

✅ Machinability and tolerance holding

For aerospace turbines, spinal implants, or hydraulic components—there’s no room for error.

🎓 Science + Simulation + Skill

We don’t just rely on legacy methods. Uni Tritech uses:

Simulation tools to validate designs before casting

Optical microscopes and SEMs for post-casting analysis

Metallurgists with decades of precision casting experience

✨ From Foundry Floor to Flight-Ready

Our castings fly in aircraft, operate in ICUs, and drive smart industrial machinery. This trust comes from what's inside the metal, not just what you see outside.