Electronics 3D Printing Lab Opened by TTM and Nano Dimension in Connecticut

Nano Dimension (Nasdaq: NNDM) is on the move, scooping up businesses and expanding the reach of its electronics 3D printing technology. The latest development from the Israeli firm is a partnership with TTM Technologies (Nasdaq: TTMI) to open an electronics 3D printing lab at TTM’s manufacturing site in Tafford Springs, Connecticut.

Incorporated in 1998, TTM is a global manufacturer of printed circuit boards (PCB), with a focus on quick-turn and volume production of PCBs and backplanes, as well as the design and manufacture of high-frequency radio frequency (“RF”) and microwave components and assemblies. The company has grown over the years through the acquisition of Honeywell’s circuit division and the purchase of Tyco Printed Circuit Group in 2006, which led TTM to become the continent’s largest military PCB provider. By 2010, it had entered into the smartphone and tablet market and, by 2015, it was in the automotive sector, though it divested its mobility unit in 2020.

The AME NanoLab@TTM facility will allow TTM customers and researchers to understand Nano Dimension’s additive manufacturing electronics (AME) technology in person. Using the firm’s latest DragonFly IV 3D printer and FLIGHT software, they will be able to see the AME workflow’s two steps: from design to 3D printed prototype circuit board. TTM has three DragonFly systems at the center already and will work hand-in-hand with customers as they explore the creation of electronic devices for a variety of industries, from military to medical.

“3-D printed electronics are rapidly evolving, delivering a step-change in electronics manufacturing,” said Sean Patterson, president of Americas, Nano Dimension. “With this industry-leading partnership, we’re launching our first AME NanoLab Network site. Our goal is to align roadmaps, research, and development to support TTM and their original equipment manufacturers, which will provide a better understanding of their use cases and materials requirements. As a result, customers will now be able to more easily explore the 3-D space for Hi-PEDs, while also reducing environmental impact in electronics manufacturing.”

TTM is currently focused on “high-growth” markets and its investment in NanoDimension equipment demonstrates a forward-thinking approach to PCB design and production. Though the technology isn’t quite ready to produce chips for iPhones, it is a viable method for PCB prototyping. With all of Nano Dimension’s acquisitions, it’s possible that it will be able to perform more advanced electronics fabrication in the not-too-distant future, however.

As we noted in our article on the possibility of 3D printing an iPhone, the electronics 3D printing market is advancing quickly, with Optomec’s Aerosol Jet technology already being used to mass produce antennas for mobile phones as early as 2016. Because of the sensitive nature of electronics 3D printing, both due to the military applications and possible use by massive companies like Apple and Google, much of this advancement may be happening behind the scenes. That isn’t to say that it will break out into the public eye soon, but that we can assume that its progress is greater than what is made public.

This is described as the first AME NanoLab being established by the company, which has a goal of opening a network of such facilities. Together, the businesses hope to create specifications related to electronics 3D printing in the U.S., which would, of course, be necessary going forward as the technology evolves.