Titanium 3D Printing Beyond the Name
At Titanium3DP.com, our expertise is more than a name. From Ti-6Al-4V (G5/G23) with DMLS/LPBF—enhanced by HIP, heat treatment, CNC finishing, and certified inspection—we deliver aerospace-grade titanium parts with proven performance.
Our Titanium 3D Printing Services
From prototypes to production—Ti-6Al-4V with DMLS/LPBF, HIP, heat treatment, precision CNC, and metrology.
Rapid Titanium Prototypes
Functional Ti-6Al-4V prototypes for form/fit/functional tests—fast turns with engineering feedback.
End-Use Flight-Ready Parts
Production titanium components with process control, traceability, and stable mechanical properties.
Aerospace & Robotics Hardware
Lightweight brackets, housings, manifolds, and mounts—validated for high-reliability applications.
Post-Processing & Finishing
HIP, heat treatment, bead-blast/polish, CNC, threading, and sizing—plus surface integrity checks.
Medical & High-Reliability
G23 (ELI) workflows for reliability-critical parts with appropriate finishing and documentation.
R&D Lattices & Structures
Topology-optimized lattices, conformal channels, thin walls, and weight-critical structures.
Our Titanium AM Workflow
From CAD to certified production—build prep, thermal strategy, post-processing, and verification.
Design Review
We analyze CAD and constraints, define critical characteristics, and advise Ti-specific DfAM.
Material Selection
Ti-6Al-4V Grade 5 or ELI/Grade 23 depending on strength, ductility, biocompatibility, and QA needs.
Print Preparation
Orientation, supports, and parameters tuned for density, geometry fidelity, and surface quality.
Precision Printing
Industrial DMLS/LPBF systems with controlled environment and scan strategies for consistency.
Post-Processing
HIP, heat treatment, support removal, CNC finishing, cleaning, and metrology with documentation.
On-Time Delivery
Inspection reports on request; parts protected for transit and delivered per schedule.
Titanium Additive Insights
Explore titanium AM: DMLS/LPBF process control, HIP/heat treatment, finishing workflows, QA, and real-world aerospace/medical/robotics applications.
View All ArticlesTrusted for Aerospace & Medical
Titanium parts qualified for demanding environments—reliable mechanics, consistency, and responsive engineering.
Our Ti-6Al-4V parts met spec on the first build—excellent control through HIP and finishing.
Tight tolerances and great surface finish after CNC. Documentation made qualification straightforward.
Design feedback reduced mass by 22% while increasing stiffness. Assemblies passed vibration and thermal tests.