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Aerospace & Defense

Recommended: Metal LPBF & Continuous Fiber Composites

Industry Overview

Certified metal and composite 3D printing for flight-critical components, tooling, brackets, and lightweight structural parts with full material traceability.

Common Challenges

  • AS9100/NADCAP certification and traceability requirements
  • High-strength, lightweight materials (titanium, aluminum, composites)
  • Complex internal geometries for weight optimization
  • Non-destructive testing and qualification protocols
  • Small production runs with high reliability standards

Why Choose Us?

Industry Experts
Cost Optimization
Fast Deployment
Quality Assurance

Our Solutions for Aerospace & Defense

Certified Metal AM Systems

Industrial LPBF systems from EOS, SLM Solutions, and Trumpf with full material traceability, process monitoring, and aerospace certification support.

Composite Printing for Lightweight Structures

Continuous carbon fiber and Kevlar reinforcement for brackets, UAV components, and tooling with metal-like strength at 40% of the weight.

Design for Additive Manufacturing (DfAM)

Topology optimization, lattice structures, and generative design consulting to maximize weight reduction and performance.

SUCCESS STORY

Defense Contractor - UAV Components

67% weight reduction in aluminum brackets with 3x faster lead times
"Switching to metal 3D printing for low-volume UAV brackets eliminated tooling costs and cut 8 weeks from our delivery schedule. The parts are stronger and lighter than our machined originals."

Get Started with 3D Printing for Aerospace & Defense

Schedule a consultation with our industry experts to find the perfect 3D printing solution for your needs.

Free Consult
Unbiased by application
24-Hour Response
Install & training available