Snowbird Technologies to demo field-ready 3D printing at RIMPAC 2026

Snowbird Technologies is taking its containerized SAMM Tech system into a setting where downtime is measured in mission impact, not shop-floor inconvenience. Through the Naval Postgraduate School’s Consortium for Advanced Manufacturing Research and Education, the company will demonstrate field-ready manufacturing at RIMPAC 2026, putting metal additive manufacturing, plastic printing, and CNC machining into a standard shipping container built for work outside the clean lab.

That matters because RIMPAC is no small stage. The 2026 exercise runs from June 24 to July 31, brings together 31 nations in and around the Hawaiian Islands, and is expected to include about 40 surface ships, 5 submarines, 140 aircraft and more than 25,000 personnel. Snowbird’s showing will sit inside that machine, with the company saying it will work alongside Meltio, Slice Engineering and FANUC on a system meant to support both shipboard and shipyard-based manufacturing. One report says the unit will operate in transit from Naval Base San Diego to Pearl Harbor Naval Shipyard before it is deployed on site.

The Naval Postgraduate School’s CAMRE is a natural fit for that kind of demo. Its mission is to transition research and education into warfighter capabilities, and it says it validates distributed manufacturing concepts for contested logistics while training engineers in metal, polymer and composite additive manufacturing. The school also dedicated a new Advanced Manufacturing Center in 2024, with multiple 3D metal printers and a 5-axis CNC milling machine, which shows the institution is treating this as a standing capability rather than a one-off experiment.

There is already a useful proof point behind the 2026 plan. At RIMPAC 2024, Naval Postgraduate School students and CAMRE researchers demonstrated expeditionary manufacturing aboard USS Somerset and ashore in Hawaii. Navy reporting said additive manufacturing can save time, money and space while improving readiness, and one example involved a reverse osmosis pump part that would have taken weeks or months to source conventionally. Industry reporting says Snowbird had already shown SAMM Tech at that exercise and produced and machined a replacement bushing for USS Somerset in 34 hours.

For anyone who builds around a desktop printer, the logic is familiar even if the setting is not. The real promise here is not novelty printing under harsh conditions, but the same thing makers want from a garage machine: make the part where the need happens, avoid the vendor delay, and keep the workflow alive when the environment is ugly. RIMPAC 2026 will test that idea at fleet scale, and Snowbird’s containerized approach is the clearest sign yet that field manufacturing is leaving the lab and becoming part of the logistics stack.