Titanium 3D Printing

✓ On-demand production, MOQ = 1 piece

✓ Complex geometries with internal lattices & topology-optimized designs

✓ Real-time quality tracking via 24/7 digital dashboards

Why 3D Printed Titanium Excels in Aerospace & Medical SLM

•Strength-to-weight ratio 30% higher than stainless steel

•Biocompatibility (ISO 10993 certified for implants)

•High-temperature resistance up to 600°C (Ti6Al4V)x

Parameter Ti6Al4VTi6Al4V ELICP-Ti
Particle Size (μm) 15-45 (SLM optimized)15-45 (SLM optimized)20-53 (SLM optimized)
Flowability (ASTM B213) 25 s/50g26 s/50g28 s/50g
Apparent Density (g/cm³) 3.03.02.8
Oxygen Content (ppm) ≤1500≤1300≤2500
Sphericity ≥0.90≥0.90≥0.88

Material Grade	Key Advantages	Target Industries
Ti6Al4V 3D printing (Grade 5)	High strength (≥1100 MPa UTS), lightweight	Aerospace frames, rocket engine parts
Ti64 3D printing (Grade 23)	Enhanced ductility, medical certification	Spinal implants, surgical instruments
CP-Ti (Grade 2)	Superior corrosion resistance	Marine hardware, chemical reactors

• Gas-atomized powders with <0.5% satellites

• Vacuum-packed with <50 ppm moisture content

• Ti6Al4V ELI: Meets ASTM F2924 for medical implants

• HIP post-processing achieves 99.7%+ density

• Stress-relief annealing for <0.1% residual porosity

• Custom parameter sets for thin-wall structures (0.3mm)

• CT-scan-based porosity analysis reports

• 3d printed titanium bike, suppressor, armor, bones, implants, wheels…etc

APTPROTOTYPE provides aerospace-grade titanium powders optimized for SLM/DMLS processes, compliant with AMS 4999 and ASTM F3001 standards.

Enhance your titanium parts with:

Surface finishing: Electropolishing (Ra ≤1.6μm), anodizing

Heat treatment: Solution aging for ti6al4v 3d printing (800°C/2h), and Ti64 3D printing parts.

NDT testing: X-ray inspection per ASTM E1444

Q: How much does titanium 3D printing cost?

A: Total Cost = Material (¥1,200-2,500/kg) + Printing (¥8-15/g) + Post-processing.
Save 25% with our recycled powder program.

Q: What is the maximum build size for titanium?

Build Size (mm)	Materials	Applications
300 × 300 × 400	Ti6Al4V, CP-Ti	Orthopedic implants, drone components
600 × 600 × 600	Ti6Al4V ELI, Ti64	Satellite brackets, turbine blades

Q: Can you print copper-aluminum hybrid parts?

Yes – Our multi-material DED systems enable bimetallic interfaces for heat exchangers.

With 20 years of growth and innovation, we are committed to providing the best digital manufacturing experience in the industry.

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