Our Capability

Titanium additive manufacturing offers advantages over traditional metal fabrication:

• Complex geometry without tooling constraints
   
• Reduced material waste
   
• Part consolidation (multiple features in one build)
   
• Shorter lead times and design iteration cycles
   

These benefits make titanium 3D printing especially valuable for high-performance and low-volume production scenarios.

Rapid prototyping is a cornerstone of accelerating product development and risk mitigation:

• Rapid prototypes allow engineers to physically evaluate form, fit, and function before committing to full production.
   
• Functional testing of titanium parts under simulated operational conditions helps verify mechanical performance, durability, and tolerances.
   
• Iterative refinement based on testing feedback tightens design quality and ensures readiness for scale.
   

By integrating testing early, teams can shorten development cycles and reduce overall project costs.

We partner with innovators and engineers from concept through production to optimize parts for additive manufacturing.

Our design services include:

• CAD development & reverse engineering — turn sketches, scans, or legacy parts into accurate 3D models.
   
• Design for Additive Manufacturing (DfAM) — optimizing geometry for lightweighting, strength, and printability.
   
• Material consultation — matching titanium alloys and process parameters to performance requirements.
   

This collaborative approach ensures early validation of feasibility and performance while minimizing costly redesigns later in the process.

Beyond one-off prototypes, our facility supports small-batch and production-scale manufacturing for titanium components:

• Contract additive manufacturing means we deliver on demand without customers needing to invest in expensive machines or internal expertise.
   
• We handle projects ranging from low-volume production runs to batch orders in the hundreds or thousands, delivering parts with precision and consistency.
  
   

This service model is ideal for customers needing high-value, low-volume titanium parts without the overhead of traditional metal fabrication workflows.

In addition to production, we offer additive manufacturing consulting to help organizations incorporate 3D printing strategically:

• Technology adoption strategy
   
• Make vs. buy analysis
   
• Part viability and readiness assessments
  

These advisory services help companies determine the most effective paths for integrating titanium 3D printing into product portfolios and supply chains

Due to its exceptional properties, titanium additive manufacturing serves critical sectors:
 

• Medical devices — implants and custom surgical components (biocompatibility).
   
• High-performance engineering — custom tooling, heat exchangers, and structural elements.
   
• Automotive & racing — performance and weight-optimized components.