Phillips Federal News

Government Sectors Using Additive Manufacturing - Phillips Federal

Government Sectors Using Additive Manufacturing - Phillips Federal

The US President Mr. Joe Biden signed an Executive Order in January 2021 titled ‘Made in America’ that seeks to prioritize and incentivize relevant opportunities for American manufacturers wherein they can be the official suppliers to the various departments of the US Government. This strategy includes all forms of manufacturing, conventional as well as additive manufacturing. 

Additionally, the Biden Administration launched the Additive Manufacturing Forward (AM Forward) – a voluntary contract between global Original Equipment Manufacturers (OEMs) and their small-scale US-based suppliers. The agreement aims to boost the adoption of additive capabilities by the smaller US manufacturers and the purchase of these additively-produced parts.

Additive Manufacturing and the US Federal Government

The US government has been investing hundreds of millions of dollars in 3D printing applications for more than three decades. Before the Executive order of January 2021 and the AM Forward, the Revitalize American Manufacturing and Innovation Act (RAMI) of 2013, transformed the American manufacturing sector.

The resulting rapid expansion and incorporation of additive manufacturing can be seen across various governmental actors: 

  • Department of Defense
  • Department of Energy
  • NASA (National Aeronautics and Space Administration)
  • FDA (Food and Drug Administration)
  • NIH (National Institute of Health), to name a few.

The inauguration of the Additive Manufacturing Strategy by the Department of Defense aims at setting up a sustainable national quality for additive technologies, 3D printing processes, and overall digital manufacturing processes.

The strategy emphasizes the Department of Defense’s need to lay down clear policies for the incorporation of additive manufacturing technologies in key areas:

  • Defense system modernization
  • Speed up the prototyping and production of parts for the aerospace, automotive, and tracking and detection sub-sectors in order to overthrow obsolete hardware
  • Incorporate innovative, AI-enabled solutions for warfighters

The Department of Defense is aiming to bring together all critical internal and external military and academic stakeholders in a bid to streamline and ease the incorporation of additive technology in the United States military manufacturing and supply chain. 

Along with Defense, the Department of Energy has been a key player in implementing additive and 3D printing capabilities. In partnership with the Oak Ridge National Laboratory, the Advanced Manufacturing Office (AMO) of the Department of Energy has 3D-printed functional nozzles, sports cars, heat exchangers, and even houses. The AMO also enables R&D and partnerships with critical players to investigate newer developments and innovations in additive technology.

And, through this exciting additive manufacturing journey, Phillips Corporation has been a key and staunch partner to the US Government. With an aim to provide dedicated and customized additive technologies and streamline a hassle-free manufacturing pathway, we have set up a separate Phillips Federal division and assembled a Phillips 360 team of experts to assist the US government and its various sectors.

To ensure that the additive technologies are properly implemented and harnessed at various levels of the US Government, like federal departments, defense, automobiles, aerospace, medicines, and so on, and offer advanced additive training and customized additive courses for Federal employees, we have set up ‘Additive Minds’ in partnership with EOS North America. 

Phillips Federal is incorporating its own Phillips Additive Hybrid, along with partnerships with EOS Additive Machines, Markforged Additive Machines, and so on, to strengthen the additive manufacturing capabilities of the US Government and its various sectors.

Our core strengths include a robust presence in the local manufacturing sector as well as a remarkable position in the international market. With those, we have applied additive capabilities for pathbreaking innovations and efficient processes via support from the Phillips 360 team.

Phillips Federal News

Making Additive Manufacturing More Productive with EOS for US Defense

Making Additive Manufacturing More Productive with EOS for US Defense

In 2021, the US Defense released its first-ever comprehensive Additive Manufacturing Strategy. This strategy offers a roadmap to fully integrate additive manufacturing and 3D printing systems in its acquisition and sustainment communities. The strategy outlines three key impact areas of additive manufacturing on the country’s defense and economic dominance:

  • Modernizing the defense systems
  • Boosting the speed of prototyping and producing direct parts, reducing the risk of obsolete hardware
  • Enabling Warfighters using innovative solutions using additive manufacturing capabilities

Phillips is the exclusive and sole distributor of EOS additive manufacturing equipment and services to the United States Federal Government.

EOS Solutions

EOS Global offers manufacturing solutions using 3D printing machines and technology to various manufacturers. Its innovative products and practices, like the Industrial 3D Printer, coupled with its commitment to shaping the future of manufacturing, have established the brand as a trusted name in additive manufacturing in the world. EOS is the pioneer and innovator of various integrated solutions in additive manufacturing.

Benefits offered by Phillips via EOS to the US Defense 

  • Over three decades of experience in Direct Metal laser Sintering and Selecting Laser Sintering – additive manufacturing techniques
  • Most US Defense production tasks are repeatable making EOS the ideal partner
  • Comprehensive quality control that ensures optimum production quality
  • Detailed build documentation to boost system monitoring
  • Laminar gas management. This helps ensure the ideal management of gas for different build conditions.
  • High levels of accuracy and part strength
  • More than two dozen validated materials and process parameters to offer the best-quality builds
  • Recirculating filter system for longer filter life and lower operating costs as it removes condensate cake
  • Nesting of multiple parts

Phillips also offers customized additive manufacturing (AM) solutions using EOS and AMCM M 1K laser(s) machines. 

Performance Assurance Program

To ensure that the Federal facilities make the optimum use of AM machines and mitigate any downtime, Phillips offers a Performance Assurance (PA) program. This is an extension of the preventive maintenance plan and goes beyond the standard routine maintenance. The US Defense facilities can customize the program based on their specific requirements and choose between one-time visits and dynamic contracts across facilities and the number of visits.

Training

Phillips Federal offers a range of courses in traditional and additive manufacturing areas. These courses are customizable allowing Defense personnel to select the course, topic, and subject areas as per the requirements of their facility. Phillips has also joined hands with EOS to deliver Additive Minds training to Federal users and consulting for EOS 3D Printing technology and machines.

The services offered by Phillips and EOS help build prototypes and manage series production. The team offers consulting and service, from designing the application to generating data and constructing parts and post-processing. EOS offers end-to-end manufacturing solutions for the entire industrial value chain.

Summing Up

Phillips has been associated with the US Department of Defense for over 50 years providing manufacturing technology expertise and products. The company has also entered into an agreement with the US Army’s Rock Island CoE for manufacturing unique parts using additive technology applications and processes. 

Phillips Federal News

Tinker Air Force Base Creates and Tests First Additive Engine Component

An Air Force Sustainment Center Wing in Oklahoma City has successfully 3-D printed a metal ice-gasket for a TF33-P103 engine using an industrial additive manufacturing machine. This metal part is a critical achievement for the future sustainment of aircraft like the E-3 Airborne Warning and Control System and the B-52 Stratofortress.

The OC-ALC utilized additive manufacturing to make a part for the TF33-P103 engine, a development intended to reduce downtime and improve readiness. A coordinated effort between the 76th Propulsion Maintenance Group, the Reverse Engineering and Critical Tooling Lab, and the Air Force Life Cycle Management Center Propulsion Sustainment Division created a 3-D printed hostile to ice gasket. The gasket is a fundamental piece of the TF33 motor, which controls the E-3, the B-52, and the E-8 Joint Surveillance Target Attack Radar System.

“This accomplishment is truly a historical first,” said Johnny Tsiao, AFLCMC propulsion structural competency lead. “This is a digitally designed and digitally engineered component that represents a substantial milestone in Air Force sustainment. Although it is a basic component, the technology our OC-ALC team has developed will help resolve supply chain issues and help bring further capacities to support the warfighter.”

The OC-ALC workforce saw that the distributed direction guided support staff to dispose of the gaskets, substantially expanding demand to order the part and resulting in a shortage.

“One of the things we found in this collaboration is that we could potentially solve the supply shortage by reengineering and printing something and prove it was safe to fly,” said Richard Banks, 76th PMXG delegated engineering authority engineer. “This type of engineering makes it easier to source materials, greatly reduces lead time, and ultimately helps to reduce logistical and supply issues.”

Currently, the REACT lab has built and printed 30 anti-ice gaskets. Individuals from the 76th PMXG successfully hosted a trial this month. Compared to other trials, the new anti-gasket manufacturing methods significantly decrease downtime from 120-136 days to 14-21 days.

OC-ALC engineers state they are hopeful about future 3D-printing and its utilization in improving the Air Force sustainment process.

“We’ve implemented a crawl, walk and run approach when it comes to additive manufacturing,” said Tsiao. “We haven’t had a 3D printed metal component in Air Force engines before, but in the next 12-24 months, this technology will open the door to more complex and critical components that help to improve our sustainment efforts moving forward.”

Air Force Command continues to promote Airmen innovate new ideas and parts for the DoD with additive manufacturing.

Additive manufacturing is creating new capabilities and products that are not possible through traditional machining and positively disrupting the traditional supply chain. Many Original Equipment Manufacturers (OEMs) are already improving readiness through the use of AM and concurrently increasing the performance of their systems.

Phillips Federal offers a variety of additive manufacturing technologies and we stand ready to be your critical provider of all things additive. Our Additive Team will help you realize the incredible value of AM, from increased readiness to improved capability, survivability, and agility for the warfighter.

Original Article By 2Lt. Danny Rangel, 72nd Air Base Wing Public Affairs / Published July 31, 2020

(Source/Images: Tinker AFB)

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