Featured Image

AMT Tech Report: Issue #167

3D-printed fuel injectors. Verizon's robotics division. More evidence: Boston additive is the new Swiss machining. Robo-farming tractors show up to the GFO. A new additive NSN.
Jul 16, 2021

“Hopefully, the 27th time’s the charm.”

the late, great Grant Imahara

1. 3D-Printed Fuel Injectors

We all know one of the key features of additive manufacturing is its power to enable manufacturers to produce parts with complex geometries – especially complex internal geometries. Apply this ability and take it a step further with the appropriate computer-aided design and engineering software, and one can make, for example, an internal combustion engine fuel injector for advanced aerospace with more complex and calculated plumbing. As you’ll see in the article, such complex plumbing for a not-so-simple fuel injector can produce some stunning results for performance, efficiency, and emissions.

Read more here.

2. Verizon’s Robotics Division

Do you have a smartphone? Does it tell you you’re connected to a 5G network? Well, if your Android or iPhone DOES say you’re on a 5G network (because you’re reading this outside, I guess. If you’re in your home or office, you should be on Wi-Fi), congratulations! Your device is LYING TO YOU! If you’re reading this (you are, aren’t you? Or is this a simulation?), then you most likely work in the manufacturing industry, and you know the 5G wireless network standard isn’t for consumers. It’s for industry. This isn’t new, but what is new is Verizon’s robotics division helping to develop their 5G infrastructure.

Read more here.

3. More Evidence: Boston Additive is the New Swiss Machining

Boston’s back in the news with their advancements in micro-additive, further proving my point. Here’s a short and sweet interview with some mind-blowing high-resolution photos. Enjoy!

Read more here.

4. Robo-Farming Tractors Show Up to the GFOS

The Goodwood Festival of Speed is an exciting annual event for gearheads around the world, consisting of some light competition, including a hill-climb time trial up some rich English dude’s driveway and a short, forest rally stage. While lap times are logged and records may be broken, I say “light competition” since the event is really meant to be received as an exhibition of new, old, and overall special automobile and motorcycle tech. This year, however, some industrial automation came to play!

Read more here.

5. A New Additive NSN

Over at the AMT Tech Trends podcast, Ben and I have had a handful of conversations on U.S. military adoption of additive tech. Well, here’s some more news! A manufacturer and supplier of additive nylon has been awarded with National Stock Numbers. This is a big deal for those of us with an interest in “mil-spec” tech!

Read more here.

To access Tech Trends, log in to or register for an MTInsight account at https://www.mtinsight.org/ 

Stephen LaMarca
Manufacturing Technology Analyst
Recent technology News
Pi-powered and cobot-equipped AGV. Aerospace-grade additive. Open-source reinforcement learning framework. HP takes additive to a higher fidelity. Guess who’s back? 3D-printed bridges!
For Protolabs, low volume is between hundreds and tens of thousands, with the minimum part quantity being one for all services.
Printing the vehicles that physicists called impossible. Australian meat processing calls for additive. You need a lot of space to print rocket ships. Chip shortage is coming to a close.
Is this a new form of additive, or just more lasers? 3D-printed titanium transmissions for sports cars. Underground drones to survey mines and increase safety. Drive-thru artificial intelligence still can’t fix the ice cream machine.
Colonizing Mars with 3D printing robots. EVs need gears too! High fidelity CNC. Wireless on-machine inspection. Robot machining.
Similar News
By Tim Shinbara | Aug 02, 2021

AMT provides investors with insights into the extensive opportunities that exist in the manufacturing ecosystem.

5 min
By Benjamin Moses | Jul 30, 2021

Episode 54: Ben and Steve get up to speed with the Tokyo Olympics. Stephen mentions two potentially aerospace-grade additive materials. Ben continues with the Army’s investment in next-gen materials research. Steve follows with cutting-edge consumer AVGs.

39 min
By Stephen LaMarca | Jul 30, 2021

Pi-powered and cobot-equipped AGV. Aerospace-grade additive. Open-source reinforcement learning framework. HP takes additive to a higher fidelity. Guess who’s back? 3D-printed bridges!

5 min