Elevate Aerospace Engineering with Advanced Metal 3D Printing
Lighter parts, complex geometries, and faster time-to-orbit. Transform your aerospace manufacturing with our end-to-end additive manufacturing solutions.
The Sky is No Longer the Limit—But Traditional Manufacturing Is.
In the highly demanding aerospace and defense sectors, every gram matters and failure is not an option.
Excessive Weight
Heavy components decrease payload capacity and increase fuel consumption, limiting mission potential.
Design Limitations
Inability to manufacture highly complex, optimized internal geometries like conformal cooling channels.
Long Lead Times
Tooling and multi-part assemblies take months, delaying critical launch schedules and increasing risk.
Flight-Ready Components We Print
We specialize in manufacturing mission-critical parts for commercial aviation, satellites, and space exploration vehicles.
Rocket Engine Nozzles & Combustion Chambers
Engineered to withstand extreme thermal stress and pressure.
- Integrated conformal cooling channels
- Impossible to machine traditionally
- Inconel 718 & 625 materials
Fuel Injectors & Heat Exchangers
Optimized fluid dynamics and superior thermal management in avionics.
- Consolidated from dozens of parts into a single unit
- Eliminates leak paths entirely
- Ultra-compact, high-surface-area designs
Structural Brackets & Hinges
Topologically optimized satellite and aircraft components.
- Reduces weight by up to 60%
- Maintains high load-bearing capacity
- Printed in Titanium (Ti6Al4V) for ultimate strength-to-weight ratio
End-to-End Aerospace AM Solutions
Precision Metal 3D Printing
Utilizing state-of-the-art SLM and DMLS technologies with aerospace-grade materials like Titanium, Inconel, and Scalmalloy.
DfAM Engineering Consulting
Our aerospace engineers help you redesign parts specifically for the 3D printing process to maximize ROI and performance.
Quality Assurance & Certification
AS9100 certified facility with full material traceability, CT scanning, and rigorous non-destructive testing (NDT).
Proven in the Air and Beyond
Defy Gravity with Additive Manufacturing
55%
Weight Reduction
40%
Cost Savings
0
Leak Paths
Satellite Structural Bracket
A commercial space startup needed to reduce the weight of their payload brackets to lower launch costs. We applied topology optimization and printed the part in Titanium (Ti6Al4V), resulting in a 55% weight reduction and lead time reduced from 12 weeks to 3 weeks.
Rocket Engine Fuel Injector
An aerospace manufacturer struggled with an assembly consisting of 32 separate brazed parts, leading to frequent leaks. Through part consolidation using Inconel 718 DMLS printing, we created 1 single part with 0 leak paths and a 20% increase in combustion efficiency.
Trusted by Aerospace Innovators
“Our supply chain was completely transformed. Their ability to print complex Inconel engine components in a matter of weeks allowed us to meet our static fire test schedule ahead of time.”
Sarah J.
Chief Engineer, Space Co.
“The weight savings we achieved through their DfAM consulting and Titanium printing directly translated to increased payload capacity for our drones. They are a true partner in innovation.”
David M.
VP of Hardware, AeroTech
Insights from the Flight Deck
MATERIALS
Inconel vs. Titanium: Choosing the Right Alloy
Learn how to select the optimal high-performance metal powder for your aerospace project.
ENGINEERING
How Part Consolidation is Revolutionizing Design
Discover the benefits of turning 50+ pieces into a single, seamless 3D-printed part.
COMPLIANCE
Navigating AS9100 Certification in Metal 3D Printing
A guide to quality assurance and rigorous non-destructive testing in additive manufacturing.
Ready to Launch Your Next Project?
Stop letting traditional manufacturing ground your ideas. Partner with us to design lighter, stronger, and faster aerospace components.
Not ready to quote? Download our Aerospace 3D Printing Design Guide (PDF).
