To make the US Marines an ever-more-agile fighting force and empower Marines of all ranks to innovate and create solutions wherever they may be, the US Marine Corps has developed the X-FAB, which is essentially a self-contained 3D printing facility in a box, specifically, a fully transportable, mission-configurable, 20×20 foot collapsible box that looks like 3 shipping containers snapped together.
It can be deployed wherever it is needed, and often accompanies the Marines’ SEMS (“Shop Equipment, Machine Shop”) facility, which is its machine-shop-in-a-box. It supports Maintenance Battalions, Supply Battalions, Marine Aviation Logistics Squadrons, Engineer Support Battalions, and Marine Wing Support Squadrons.
Decisions about equipping each X-FAB are made on the commander level. The X-FAB I toured at a recent NATO conference was outfitted with CAD-software-equipped computers; the Marine Corps’ repository of approved, 3D printable digital blueprints; a hand-held 3D scanner; an uninterrupted power supply; a Cosine large-format 3D printer; a LulzBot TAZ; and a Markforged desktop composite printer, all of which are Material Extrusion Machines. The X-FAB is currently being tested for use on land and for ship-board use. Other 3D printer machine types are expected to be added soon. The X-FAB’s 3D printers are considered for upgrade or replacement on a 3-year equipment refresh cycle.
The X-FAB was ably staffed by the five Marines shown in the left of the photo below (from left to right): Gunnery Sergeant (GySgt) Arndt, GySgt Dickson, GySgt McCue, Sergeant Nixon, and Corporal Pittman. They are part of what the Marines proudly call its “Marine Maker” culture.
The Marine wearing the tie is Colonel Howard Marotto, the Marine Corps’ Deputy Director for Additive Manufacturing and Innovation, who everyone calls Howie, a powerhouse of enthusiasm for 3D printing and how it can aid the Marines’ mission.
3DPrint.com wrote in June 2017 about the Nibbler drone, which is 3D printable on demand to support combat operations. The X-FAB I toured was also outfitted with a Nibbler, shown here held by GySgt Arndt. The Nibbler can be 3D printed and modified on demand in the X-FAB. For example, a Nibbler outfitted with a reconnaissance camera can be reconfigured in an hour with a 3D printed bracket to carry a chemical weapons sensor if the camera shows evidence of a rocket attack. The new bracket is then evaluated and approved for future use.
The X-FAB team also showed me a replacement part they 3D printed on demand. Shown below are the original metal part, which is a Driver’s Vision Enhancer (DVE) Mount for the Light Attack Vehicle (LAV), and the orange plastic 3D printed replacement. Without the mount, the DVE is considered inoperable and the LAV cannot go out on any missions, primarily for safety reasons. Ordering a new metal DVE Mount takes months and costs $740, so the X-FAB Marines 3D printed a replacement in about 24 hours in orange plastic for about $10.
The need for the replacement originally arose during training exercises. Without the part, the Marines’ LAV could not participate in the exercises. So they 3D printed what was intended to be a temporary replacement. But the orange plastic replacement worked so well that it may be qualified for permanent use. Victory Marines!
This project highlights not only the Marines’ resourcefulness, but the power of 3D printing on demand. It also suggests that 3D printed-on-demand parts can be sacrificial (print as often as needed, knowing they will not last long), temporary (to keep machines running until an original replacement part arrives), or as good as the original.
Currently, the X-FAB 3D prints only plastics, but metal Powder Bed Fusion machines are coming to X-FABs soon. Metal 3D printers are already being used at other Marine Corps facilities.
The Marines see 3D printing and the X-FAB pushing “core logistics functions to the lowest echelons and as close to the warfighter as possible. As the Marine Corps conducts distributed operations over greater distances, [additive manufacturing] will enable expeditionary forces to shorten their supply chains, lessen the lead-time for modified or replacement components or equipment, and allow for the creation of new or cutting-edge capabilities on the battlefield.”
The Marines have adopted a unique 3-bin procedure, designated Green, Yellow, and Red, for empowering Marines to 3D print any part, anytime, anywhere. The bins are ways to categorize items for which a 3D printable digital blueprint may be present in a digital repository or for which a digital blueprint could be made with a 3D scanner. It may not be long before the Marines’ 3-bin approach is adopted by industry.
Items designated Green are pre-authorized for 3D printing. They may be digital blueprints in the Marines’ digital repository, or they may be polymer-based items whose form, fit, and function do not require performance analysis and have no risks to life and limb if they fail. These are items like hand tools, jigs, prototypes, knobs, hinges, and handles. Green items may also be replacement parts that can no longer be obtained from the manufacturer, or parts expressly approved for local manufacture.
Yellow items have medium risk if they fail. They may be safety or mission-critical in a combat zone, but a Lieutenant Commander or higher ranking officer has discretion to decide that the risk is reasonable based on mission requirements. As explained to me, the logic is that if a commanding officer has the authority to send soldiers into harm’s way, that same officer should have the power to authorize 3D printing a part that could cause moderate risk if it fails. Yellow is inherently a temporary category because items in this category are either approved (Green) or disapproved (Red) after a commander 3D prints them.
Code red items present serious risks to personal safety or mission success if they fail. 3D printing such items requires prior approval by the Marines Corps Systems Command (MARCORSYSCOM). However, if the absence of a part places the successful completion of a combat mission at risk, Lieutenant Commanders or higher can approve 3D printing and using the item until MARCORSYSCOM makes a final determination. Risks that must be considered include safety, third party intellectual property rights, effects on the environment, and the risk that the part could damage equipment if it fails.
As the Marine Corps rules stand at this time, commanders may not 3D print explosives or other lethal items.
The X-FAB and its staff of US Marines, the Marines Maker culture, the Nibbler drone, the replacement DVE Mount, and the Green/Yellow/Red bin procedure show that 3D printing any part, anytime, anywhere, is achievable in the near term, just like in my “Story of ZeframWD,” which I describe in my book, 3D Printing Will Rock the World, and in my YouTube video, Breaking Chains and Shaking Foundations.
Discuss this and other 3D printing topics at 3DPrintBoard.com or share your thoughts below.
 “ADDITIVE 1 MANUFACTURING 2 (AM) CONCEPT OF EMPLOYMENT (COE); Logistics Vision and Strategy (LPV-1), Logistics Plans, Policy and Strategic Mobility Division, Deputy Commandant, Installations and Logistics, Version: 0.1, November 15, 2017, p. 5 (“AM Concept of Employment”).
 AM Concept of Employment, p. 3.
 AM Concept of Employment, p. 2.
 AM Concept of Employment, p. 14-15.
 AM Concept of Employment, p. 2.
 AM Concept of Employment, p. 7.
You May Also Like
Polly Polymer’s 3D Printing “Super Factory” Driven by $15.5M Investment
Polly Polymer, a startup in China that develops high-speed stereolithography (SLA) 3D printing equipment, polymers, and software, raised 100 million Chinese Yuan ($15.5 million) in a Series A+ round. The...
New adidas 4DFWD Shoes with 3D Printed Midsoles Available for Purchase
Update: The new 4DFWD shoes from adidas, just worn on the podium by adidas athletes at the Tokyo Olympics, are now available to the public for purchase for $200. adidas has...
LLNL’s 3D Printed Electrodes Could Convert CO2 to Renewable Energy
Scientists and engineers at Lawrence Livermore National Laboratory (LLNL) are now 3D printing flow-through electrodes (FTEs), which are critical components in electrochemical reactors. Electrochemical reactors can convert carbon dioxide into...
Rawlings, Carbon and Fast Radius Use 3D Printing to Revolutionize Baseball Glove Design
Since the 2021 Major League Baseball season began, New York Mets shortstop Francisco Lindor has been seen sporting Rawlings next-generation glove in stylish, eye-catching neon green and black design. Meticulously...
View our broad assortment of in house and third party products.