JACKSONVILLE, Fla. - TelAve -- Snowbird Technologies announced today the successful production and machining of a 316L stainless steel component aboard the USS Essex (LHD-2) during Rim of the Pacific Exercise 2026 (RIMPAC 2026), demonstrating expeditionary manufacturing capabilities in an operational maritime environment.

As part of the Naval Postgraduate School's Consortium for Advanced Manufacturing Research and Education (CAMRE) distributed manufacturing experiment, Snowbird's SAMM Tech (Snowbird Additive Mobile Manufacturing Technology) system was deployed aboard USS Essex while underway from San Diego to Hawaii in support of RIMPAC 2026. During transit, the system successfully additively manufactured components from 316L stainless steel using laser-wire Directed Energy Deposition (DED) technology with nitrogen shielding gas before completing precision machining operations to achieve final part geometry and surface finish requirements.

The demonstration highlights SAMM Tech's ability to execute the complete manufacturing workflow at the point of need—additive manufacturing, machining, and finishing—within a single ruggedized, containerized platform.

"SAMM Tech was designed to bring advanced manufacturing capabilities directly to the warfighter, wherever the mission requires," said Karl Wojtkun, Vice President of Business Development at Snowbird Technologies. "Successfully producing and machining stainless steel components aboard USS Essex demonstrates the potential of expeditionary manufacturing to reduce logistics burdens, improve readiness, and deliver critical parts closer to the point of need."

SAMM Tech is a patented, modular manufacturing platform that integrates metal additive manufacturing, plastic additive manufacturing, CNC machining, and digital engineering tools into a compact, deployable system. The platform is designed to support maintenance, repair, and sustainment operations in remote, contested, and resource-constrained environments.

More on TelAve News

• DONGSHENG Titanium Recycling: Promoting a Closed-Loop Cycle for High-End Titanium Materials
• French Camp Academy Releases New Video Inviting Individuals to Consider a Life of Service
• LET US READ Documentary on Dyslexia and Literacy to Screen at TCL Chinese 6 in Hollywood
• Defense & Space Strategy Strengthens as New Leadership Builds on NASA Results and Expanding Multi-Orbit Opportunities for Ascent Solar Technologies
• STS Capital Partners is pleased to announce the appointment of Barry Brown as Vice President, Business Development

At the core of SAMM Tech's metal additive manufacturing capability is the Meltio Engine Blue, an advanced laser-wire Directed Energy Deposition (DED) system integrated directly into the platform. By utilizing commercially available wire feedstock rather than metal powders, the system enables safe, efficient production of near-net-shape metal components in operational environments. Following additive manufacturing, SAMM Tech's integrated CNC machining capability allows parts to be finished to required tolerances without leaving the platform.

The successful production of the 316L stainless steel components marks the first phase of Snowbird Technologies' participation in RIMPAC 2026. Following transit aboard USS Essex, SAMM Tech will be offloaded at Pearl Harbor and relocated to Schofield Barracks, where it will remain operational through the end of July in support of distributed manufacturing activities across the exercise. There, the system will continue supporting CAMRE's advanced manufacturing network by producing components and evaluating expeditionary manufacturing concepts in a joint and multinational operational environment.

This achievement builds upon Snowbird Technologies' participation in previous RIMPAC exercises, including successful at-sea manufacturing demonstrations during Naval Postgraduate School CAMRE's RIMPAC 2024. The 2026 effort expands the operational evaluation of advanced manufacturing technologies by showcasing both shipboard and land-based manufacturing operations in support of military readiness and sustainment objectives.

"NPS CAMRE's RIMPAC experiment provides a unique opportunity to evaluate advanced manufacturing technologies in realistic operational conditions," said Wojtkun. "As military logistics become increasingly distributed, the ability to print, machine, and deliver critical parts at the tactical edge will play an important role in sustaining readiness and supporting future operations."

More on TelAve News

• Qscription Technologies and NEOPATHOLOGY CORP. Sign MOU to Bring FDA-Cleared Lung Imaging AI into U.S. Clinical Practice
• Heritage at Manalapan Welcomes New Sales Team as Luxury Single-Family Home Community Continues to Grow
• Mandeville Pests May Pose Serious Health Risks for Your Family
• Share your workplace safety solutions at 2027 Applied Ergonomics Conference
• Parents No Longer Have to Wait 3 Weeks for a Sleep Consultant: Nora Talks Tonight, Stays for 5 Days, Costs $89

Hosted by the Commander of the U.S. Pacific Fleet and led by the Commander of the U.S. 3rd Fleet, RIMPAC 2026 brings together forces from 31 nations, approximately 40 surface ships, five submarines, more than 140 aircraft, and over 25,000 personnel. The exercise remains the world's largest international maritime exercise and serves as a premier venue for testing innovative technologies and strengthening multinational partnerships.

About Snowbird Technologies
Based in Jacksonville, Florida, Snowbird Technologies provides advanced manufacturing, environmental control, and atmospheric water generation solutions to defense, government, and commercial customers worldwide. The company specializes in ruggedized systems engineered to operate in extreme and austere environments, enabling mission success wherever it is required. Learn more at https://www.snowbirdtech.com.

About FLEETWERX
FLEETWERX is a Partnership Intermediary Agreement (PIA) that connects the Naval Postgraduate School with industry, academia and government to bring new solutions into real-world military settings. By working directly with end users, FLEETWERX helps test, refine and move ideas into use faster.

About NPS CAMRE
The Consortium for Advanced Manufacturing Research and Education at the Naval Postgraduate School focuses on how manufacturing can support military operations, improving how parts are made, repaired and delivered in the field.