As naval forces continue to face increasingly complex logistical and operational challenges, the adoption of additive manufacturing technologies is emerging as a key enabler of greater autonomy, flexibility, and resilience in-theater. Read more >>
One notable example is the successful deployment of Snowbird Additive Mobile Manufacturing Technology’s (SAMM Tech) wire-laser metal 3D printing system, fitted with Meltio’s metal wire-directed energy deposition (DED) print head with a FANUC-controlled CNC system, aboard the USS Somerset, a San Antonio-class amphibious transport dock, during the 2024 Rim of the Pacific (RIMPAC) exercise.
This landmark integration of hybrid additive and subtractive manufacturing directly addressed a real-world engineering issue during the naval exercise, demonstrating the transformative potential of onboard part fabrication for critical systems.
This case study explores how wire-laser metal 3D printing technology aims to change the future of naval operations, improving readiness and redefining maritime logistics.
The company delves into how a critical pump failure spurred innovation onboard the USS Somerset, the resulting troubleshooting with Snowbird’s Meltio system, and the overall advantage of Meltio’s technology in this situation and others.
The trial conducted aboard the USS Somerset demonstrates how hybrid additive manufacturing technologies like Meltio’s can significantly enhance operational readiness. By enabling ships to fabricate and finish mission-critical components on-site, naval forces can reduce dependency on traditional logistics chains, shorten maintenance cycles, and maintain a higher tempo of operations.
This model of distributed manufacturing, fueled by flexible, ruggedized systems like SAMM Tech’s and Meltio’s is poised to play a central role in the future of maritime defense logistics.
Read the full article, or visit the Meltio website for more information.
