ADDITIVE MANUFACTURING

Essentium Demonstrates Additive Manufacturing Capabilities to Enhance the U.S. Navy's Maintenance Efficiency at REPTX

Essentium | September 28, 2022 | Read time : 01:45 min

Essentium Demonstrates News
Essentium, Inc., a worldwide leader in industrial additive manufacturing (AM), today announced it has successfully completed its initial participation in the U.S. Navy's Repair Technology Exercise (REPTX) at Port Hueneme, California. At REPTX, Essentium demonstrated to government, academia, and industry participants the viability and efficacy of its AM solutions to expand the Navy's ability to perform expeditionary maintenance operations.

Members of the Essentium team joined approximately 60 naval, academia, and industry participants in a two-week training exercise focused on bringing innovative technologies together to solve U.S. Navy maintenance challenges as part of ANTX-Coastal Trident 2022.

The Essentium team and fellow REPTX participants focused on applying additive manufacturing, robotics and unmanned systems, augmented reality, surface preparation and repair, communication, and data connectivity in a series of real-world based scenarios organized by the United States Navy. Each scenario included a variety of industry 4.0 technologies that challenged participants to collaboratively solve maintenance problems aboard the U.S. Navy's Self Defense Test Ship within a given time.

"The opportunity to work directly with Sailors offered amazing insight into how additive manufacturing can benefit the future of digital manufacturing within the Navy, The unique environment of a Navy ship showcased the need for a deployable digital manufacturing solution that can address the wide diversity of part needs both at port and when under way."

-Zach Burhop, Applications Engineer III, Essentium.

Essentium demonstrated the capabilities of a modified Essentium 280i HSE 3D Printer that was augmented by field deployable features as part of existing efforts ongoing with the U.S. National Guard Bureau and U.S. Air Force. National Guard members encouraged participation in the Navy demonstration as an exercise in providing joint capability for future 3D printing endeavors.

"Essentium is committed to exploration at the edge of additive manufacturing and is grateful to have found such amazing partners in ARCWERX, the Air Force Rapid Sustainment Office, and now the U.S. Navy to do so, We are thrilled to work collaboratively on challenges, participate in amazing events like REPTX, and are excited to see what comes next."

-Elisa Teipel, Ph.D., Essentium Chief Technology Officer, Essentium.

About Essentium:
Essentium, Inc. provides industrial 3D printing solutions that are disrupting traditional manufacturing processes by bringing product strength and production speed together, at scale, with a no-compromise engineering material set. Essentium manufactures and delivers innovative industrial 3D printers and materials, enabling the world's top manufacturers to bridge the gap between 3D printing and machining and embrace the future of additive manufacturing. Essentium, Inc. is AS9100 certified and ITAR registered.

Spotlight

An innovative capability building facility founded by McKinsey and the Digital Manufacturing and Design Innovation Institute (DMDII); the DCC Chicago showcases the future of Industry 4.0 and provides end-to-end training on digital capabilities that drive bottom-line impact. The center brings digital manufacturing to life through a functioning production line that makes a real-world product. You will observe the transformation of the line from its non-digital, lean “current state” to a higher-performing, digitally-transformed “future state.”

Spotlight

An innovative capability building facility founded by McKinsey and the Digital Manufacturing and Design Innovation Institute (DMDII); the DCC Chicago showcases the future of Industry 4.0 and provides end-to-end training on digital capabilities that drive bottom-line impact. The center brings digital manufacturing to life through a functioning production line that makes a real-world product. You will observe the transformation of the line from its non-digital, lean “current state” to a higher-performing, digitally-transformed “future state.”

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