Additive Manufacturing in Space ( New )2025-10-02T14:20:04-05:00

What is Additive Manufacturing in Space?

Pioneering the Future of Aerospace with Rapid Prototyping and Flight-Ready Components

About Additive Manufacturing in Space

Advanced 3D Printing and Rapid Production for Aerospace

Additive manufacturing is transforming the space industry, enabling engineers and OEMs to design, test, and produce components faster than ever before.

Compared to traditional methods like casting, forging, or stamping, additive manufacturing reduces development cycles, removes costly tooling requirements, and allows lightweight, high-strength parts to be produced on-demand.

With no minimum order quantities, it’s the perfect solution for rapid prototyping, low-volume production, custom parts, and performance-critical innovations needed in aerospace and satellite applications.

From Concept to Launch, Faster

Quotes in hours. Delivery in days. Precision parts ready for orbit.

Robust Technology Options

Our additive manufacturing capabilities include DMLS, FDM, SLS, SLA, and PolyJet, supported by large-format build volumes and redundant equipment. This ensures reliable delivery of aerospace-grade components with the speed and precision required by space programs.

Leading Application Capabilities

  • Satellite structural brackets & mounts
  • Propulsion housings
  • Avionics enclosures
  • Payload adapters
  • Lightweight ducting & manifolds
  • Heat exchangers & thermal management components
  • Launch vehicle fittings
  • Ground support & testing fixtures
  • RF shielding components

Our Experience and Capacity

Expertise in Digital Sheet Metal Forming (DSMF) + Additive

Evology is one of the first service providers in the U.S. offering Digital Sheet Metal Forming alongside metal additive manufacturing. This hybrid approach eliminates tooling lead times while enabling flight-ready metal parts at speed. Whether it’s a one-off satellite bracket or a low-volume run of propulsion components, our in-house expertise ensures cost-effective, ITAR-registered, aerospace-compliant results.

With Evology on your side, you gain a partner who can move from prototype to orbit with unmatched speed, precision, and reliability.

Frequently Asked Questions

Is 3D printing used in space applications?2025-09-22T20:44:37-05:00

Yes, additive manufacturing is already in use for satellites, launch vehicles, and even in-space manufacturing.

Can 3D printing be used for rocket engine parts?2025-09-22T20:45:56-05:00

Absolutely. Additive manufacturing enables complex geometries, cooling channels, and high-performance alloys impossible with traditional machining.

Where is additive manufacturing used in aerospace?2025-09-23T19:22:10-05:00

Applications span from propulsion systems to satellite structures, avionics housings, and testing fixtures.

Why would a space company choose additive manufacturing?2025-09-22T20:47:42-05:00

To cut development time, reduce launch weight, and accelerate innovation cycles while meeting strict aerospace standards.

Transform Your Space Projects with Additive Manufacturing

Looking for a partner who can deliver aerospace-grade parts at the speed of innovation? Evology’s additive manufacturing services are built for space—where precision, weight, and timelines are mission-critical.

Contact us today to accelerate your next aerospace or satellite program.

Inquire about Additive Manufacturing In Space

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