News | Oct. 14, 2021

DLA lab tests 3D scanner to inform agency use, improve coordination with partners

By John Dwyer III DLA Troop Support Public Affairs

Defense Logistics Agency scientists are exploring 3D imaging, as an early-stage investment toward 3D printing with multiple potential benefits across the agency, as a new 3D scanner was delivered to the DLA Troop Support Product Test Center in Philadelphia the week of October 11.

Both the DLA Information Operations and PTC have already seen ways the 3D scanner can aid in the organization’s 3D printing goals as well as the PTC’s coordination with contactors, vendors and customers.

A man in a checkered shirt handles a rotating metal plate on which a coiled spring sits.
DLA lab tests 3D scanner to inform agency use, improve coordination with partners
Edward Dalton, an engineer with the Defense Logistics Agency Product Test Center Analytical aligns a spring on the rotating plate of a new 3D scanner Oct. 14, 2021 in Philadelphia. The scanner is capable of producing 3D images of parts and items and is being tested for use in creating models for 3D printing capability, image cataloging and enhanced communications to vendors and customers to visualize the lab’s test results.
Photo By: John Dwyer III
VIRIN: 211014-D-XL571-0016
The idea started as a need, expressed by the DLA and military community, to get the agency started on the road to 3D printing, Craig Gravitz, DLA Information Operations Technology Accelerator team lead said.

“We did interviews with people inside DLA and in the military services, and the biggest need that we heard from the 3D printing community was the ability to [create and] share models,” Gravitz said.

The 3D scanning technology will be used in conjunction with the Joint Additive Manufacturing Model Exchange platform, or JAMMEX, created by DLA for Department of Defense users to share 3D models in a secure, web-based environment.

“Eventually what we hope to do is kind of connect those two things,” Gravitz said. “Prove that you can take a 3D scan, match it to a catalog model or something else, and figure out ‘hey, this is NSN so-and-so.’”

Although he hopes the scanner will eventually be fully automated for anyone who needs to operate, the team realized that the best place to test the machine’s capabilities was in the PTC, Gravitz said.

While his team pursues the 3D scanning technology for agency-wide benefits, there are also direct benefits to PTC use.

“Even though this all came out of one big project of helping DLA lead the way on 3D printing, we realized that these scanners actually have a ton of [uses], and we think that there’s a separate use case here for the test lab completely independent of anything 3D printing,” Gravitz said.

Jamie Hieber, DLA Troop Support PTC Lab Manager, said she is excited for the possibilities.

A computer screen on the right of the photo displays a 3D model of a military helmet. To the left, a large rack holds several cameras that make up a portion of a 3D scanning system.
DLA lab tests 3D scanner to inform agency use, improve coordination with partners
The 3D image of a military helmet is displayed on a screen next to the large rack of cameras that compose a large portion of a 3D scanner delivered to the Defense Logistics Agency Troop Support Product Test Center Analytical the week of Oct. 11, 2021. The scanner is capable of producing 3D images of parts and items and is being tested for use in creating models for 3D printing capability, image cataloging and enhanced communications to vendors and customers to visualize the lab’s test results.
Photo By: John Dwyer III
VIRIN: 211014-D-XL571-0022
“I think the scanner opens up potential new testing for this lab to support DLA,” Hieber said. “We’ve seen a lot of work go to third-party testing labs that potentially can be done here at our lab given the capability.”

Both Gravitz and Hieber recognized the potential of the scanner in improving communications between the lab, DLA Troop Support contracting officers, vendors and customers when discussing product test results.

“Being able to send a 3D-model embedded in a PDF that users can spin around…you can actually see it and it’s more meaningful to you rather than just a bunch of [technical] words on a page,” Gravitz said.

Hieber agreed and added other potential applications for the PTC.

“If we can couple this 3D analysis with a very clean, dimensional [computer-aided design] file, the only thing it can do is enhance the contracting ability so we can see some reverse engineering, and we can get good information on hard to manufacture parts,” Hieber said. “We can even potentially help to work with additive manufacturing.”