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How the 3D Printing in the Defense Industry Improves Operational Readiness Across Military Branches

by | Aug 29, 2025

Summary

Learn how 3D printing is reshaping military readiness across branches.

In today’s rapidly shifting global environment, supply chain resilience is mission-critical. The U.S. defense industry — from the Navy and Marines to the Army and Air Force — is embracing 3D printing in defense applications to reduce downtime, accelerate innovation, and improve battlefield readiness. 

By leveraging additive manufacturing for defense, warfighters can fabricate strong, lightweight parts on demand — anytime, anywhere. From shipboard 3D printing programs to airbase innovation labs, 3D printing technology empowers military personnel to print mission-critical parts in hours, rather than waiting weeks or months for traditional supply chains.

Army 3D Printing: Replacing Legacy Parts at Scale

At Fort Irwin, Army regiments use Continuous Fiber Reinforcement (CFR) technology to print everything from personal protective equipment (PPE) to vehicle components. 

One notable success: a discontinued hatch plug, essential for night operations, previously cost $10,000 and had a 3-month lead time. With Markforged Onyx and 17-4PH stainless steel, the Army reproduced the part for less than $1,000, saving over $244,000 while ensuring operational readiness. 

Read this article in full here.

Markforged

We’re creating the technology and tools that make it easy for anyone to create production-quality parts, anywhere and anytime. So our customers can quickly solve manufacturing problems and build stronger supply chains—just by pressing print.

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ASA Filament vs. ABS: Which Should You Use for Outdoor and UV-Exposed Parts?

ABS is the default for functional 3D printing, but it has one fatal flaw outdoors: UV exposure breaks it down. ASA filament was engineered to fix that. It matches ABS on mechanical properties, prints easier in real-world setups, and holds up in sunlight where ABS does not. Here’s the chemistry, the spec comparison, and when each material is the right pick for your application.