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LIGHTER. STRONGER. LAUNCH-READY.
When every gram has to be launched, design freedom matters. L-PBF additive manufacturing lets us build the lightweight organic forms and lattice structures that space hardware calls for, along with internal cooling channels that can’t be machined or cast. We print and machine high-performance alloys like Inconel 718 and 625 to near net shape, skipping the long lead times of forging and casting. Our project engineers and AS9100D quality system keep these low-volume, high-stakes parts on schedule and fully traceable.
RENNSCOT'S ADVANTAGES
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Lighter parts: Metal 3D printing lets us build lightweight lattice structures and optimized shapes
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Complex internal features:
We can print internal cooling channels and fluid passages that can’t be machined or cast
High-performance materials:
We print and machine Inconel and titanium (Ti6Al4V) for the most extreme missions
We can be your supplier for the entire AM production cycle.
We can refine your CAD file, print it in your desired metal, precisely machine the critical features, install necessary hardware, and manage the product's journey through outside processing (plating+coating). Learn more about our expertise in machining printed parts
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FREQUENT
QUESTIONS
What space hardware can you make?
We produce metal components such as brackets, housings, manifolds, heat exchangers, and engine hardware using 3D printing and CNC machining.
What materials can you print for space applications?
We 3D print in titanium (Ti6Al4V), Inconel, aluminum (AlSi10Mg), and 316 stainless steel. For CNC machining, we also work with nickel alloys, plastics, and more.
Are you ITAR registered?
Yes. Rennscot MFG is ITAR registered and meets NIST 800-171 requirements, so we can handle export-controlled space and launch work.