There are many 3D printing clusters around the world, specializing in areas like 3D bioprinting and research. But we’ve never seen one that includes all the elements of the AM supply chain in a single space – until now. The Pittsburgh International Airport, managed by the Allegheny County Airport Authority, has just introduced its innovative 3D printing epicenter. Neighborhood 91, developed with the University of Pittsburgh, the Barnes Group Advisors (TBGA), and other partners, is a unique cluster strategy focused on making the 3D printing industry profitable and scalable.
This ecosystem was built to connect all the components of the AM supply chain, from powder production and 3D printing to post-processing and shipping. It’s the first addition to the new 195-acre Pittsburgh Airport Innovation Campus. Its name is based on the city’s 90 neighborhoods, and Neighborhood 91 will be built adjacent to the airport runway and terminal, with construction slated to begin in 2020.
“The Pittsburgh region has always been a world leader in manufacturing. Now that industry has evolved into additive manufacturing and 3-D printing, and through Neighborhood 91, we have laid the groundwork to become the global epicenter,” stated Allegheny County Executive Rich Fitzgerald. “The neighborhood concept will create enormous efficiencies but just as important is leveraging our region’s universities, which will provide necessary research and development and fuel the workforce to the fill these jobs.”
The first tenant for Neighborhood 91 will be Arencibia, a Pennsylvania argon gas supplier. The industrial gas management firm recycles gases in the AM and aerospace supply chain, which saves companies money and makes them more efficient – making it a perfect tenant for the cluster.
Pittsburgh International Airport CEO Christina Cassotis said, “Part of our vision as an airport is to advance the region’s role as a world leader. Additive manufacturing is looking for a place to call home and no one has made that happen – until now. The Pittsburgh region is natural fit based on its history and its assets of today. And our airport is leading the way to get it done along with our university partners.”
“The Neighborhood 91 model is innovation at its core: marrying technological, commercial, and public-private collaboration to fundamentally change the industry. This is something that isn’t happening elsewhere and we are excited to be the foundation upon which the Neighborhood is built,” stated company president Joe Arencibia.
Arencibia will anchor a full production ecosystem in Neighborhood 91, including 3D printing powder, parts, post-production, testing, and analysis.
“It’s a great example of when the economies of scale work on both ends. By having a central plant where we process everyone’s gas, our economies of scale are better. And then likewise, smaller additive manufacturing producers who maybe would have normally been too small to take advantage of the gas we recycle, now can participate as a group in a network to actually get the benefits of it and become a lot more competitive,” Arencibia said.
The concept of Neighborhood 91 is centered around sharing capital resources at the heart of the development process. The campus will place every element of the AM supply chain – including onsite communal powder supply – in one concentrated place. It’s estimated that the cluster will help reduce manufacturing lead times by 80%, and transportation costs by even more.
The cluster will be home to a full end-to-end 3D printing ecosystem, which will include:
- Airport access
- Argon, helium, and other noble gases
- Communal powder storage facilities
- Efficiencies in production, post-production, and delivery
- Powder, parts, testing, and analysis
- Reduced transportation costs
- Tenants’ clients saving money from on-demand printing
“The idea is that the part will never have to leave the campus until it’s ready to go to the customer. Today, the supply chain for additive manufacturing is very fragmented. For example, a part could go from West Virginia to Texas to Michigan to Canada before being shipped to a customer overseas,” said John Barnes, founder and director of The Barnes Group Advisors.
Because of its R&D and workforce development, along with piloting programs to help improve the professional pipeline and applied additive manufacturing research, the University of Pittsburgh has been a very important partner in developing the Neighborhood 91 ecosystem.
University of Pittsburgh Chancellor Patrick Gallagher said, “Neighborhood 91 brings together the kind of collaborative environment needed to lead in today’s competitive advanced manufacturing economy. It combines the region’s strength in additive manufacturing and advanced materials industries with the intellectual capital of its world-class research universities.”
Who knows – if Neighborhood 91 performs well, we could be seeing more of these all-in-one clusters popping up in the future.
Discuss this story and other 3D printing topics at 3DPrintBoard.com or share your thoughts in the Facebook comments below.
You May Also Like
3DPOD Episode 66: Olaf Diegel, University of Auckland
Olaf Diegel is a professor at the University of Auckland who specializes in all aspects of design for additive manufacturing (DfAM). He also 3D prints guitars, other instruments, and eyeballs...
Brinter Gets $1.2M in Seed Round to Expand Bioprinting
Finnish company Brinter, started in 2019, has just received $1.2 million from Innovestor in order to expand internationally. The company makes modular bioprinters. For example, you can buy a Brinter...
3D Printing Bikes: A Pedalution, Part 4 – The Five 40s
In the first installment of this series, we looked at how 3D printing is being used in bicycles before going deeper and also exploring the use into 3D printing for...
3D Printing Bikes: A Pedalution, Part 3 Value Chain Disruptions with 3D Printing
In the first installment of this series, we looked at how 3D printing is being used in bicycles. In the second article, we went deeper and also examined 3D printing...
View our broad assortment of in house and third party products.