Made in America Has Changed Additive Manufacturing. The Talent Market Is Next.

29 July 2026

Made in America Has Changed Additive Manufacturing. The Talent Market Is Next.

Made in America is usually discussed as a trade policy, a procurement rule or a political slogan.

In additive manufacturing, it has become something more practical.

It is changing where parts are made, which suppliers receive investment, how the US military approaches obsolete and long-lead-time components, and where manufacturers are expected to build technical capability.

However, the easy version of this story is too simple.

The US has not suddenly started 3D printing everything it previously imported. Additive manufacturing does not make every component cheaper, and buying a machine does not create a qualified production capability.

The real impact is more specific.

Made in America has strengthened the business case for producing strategically important, complex and low-volume components inside the United States. At the same time, it has directed investment towards the less visible parts of the additive ecosystem: metal powders, process qualification, inspection, technical data, post-processing and the small manufacturers expected to supply major programmes.

That changes the technology market.

It also changes the talent market.

What Made in America Actually Means for Manufacturers

There is no single Made in America rule covering every US product and purchase.

The Buy American Act applies primarily to federal procurement, while separate Buy America requirements apply to certain projects receiving federal financial assistance. Tariffs, Defense Production Act investments, small-business lending and supplier-development programmes add further layers.

For most manufactured products purchased by the federal government, the current Buy American test requires the end product to be manufactured in the United States and more than 65% of its component cost to be domestic. That threshold is scheduled to rise to 75% in 2029.

There are exceptions. A foreign product may still be purchased when a suitable domestic option is unavailable, does not exist in sufficient quantity or would create an unreasonable cost.

This distinction matters.

Made in America is not a blanket instruction to replace every overseas process. It is a market signal designed to make domestic capability more valuable.

Additive manufacturing fits that agenda particularly well when the problem involves:

Low-volume or highly complex components
Obsolete parts with no active production line
Long lead times for castings and forgings
Tooling, fixtures and production aids
Parts affected by fragile or single-source supply chains
Components that can be consolidated into fewer pieces
Replacement parts needed closer to the point of use

The government is not supporting additive manufacturing simply because it is new. It is supporting it where conventional supply chains are slow, vulnerable or no longer commercially attractive.

AM Forward Turned Reshoring into a Supplier Question

The clearest link between domestic manufacturing policy and additive was the launch of AM Forward in 2022.

The voluntary initiative brought together GE Aviation, Honeywell, Lockheed Martin, Raytheon and Siemens Energy with the stated aim of helping smaller US suppliers adopt additive manufacturing.

The original commitments were significant.

GE Aviation said it would target small and medium-sized suppliers for 50% of the requests for quotation covering parts made using additive or related technologies, and target 30% of its external additive sourcing from US-based smaller suppliers.

Raytheon committed to seeking smaller-manufacturer involvement in more than 50% of relevant quotation requests. Siemens Energy targeted between 20% and 40% of externally sourced additive parts and services from US suppliers and partners.

Honeywell offered support spanning part design, machine operation, post-processing, inspection and quality management. Lockheed Martin focused partly on using additive as an alternative to constrained castings and forgings.

That is important because reshoring cannot be delivered by major OEMs and defence primes alone.

It depends on the machine shops, contract manufacturers, materials companies, heat-treatment providers, inspection laboratories and specialist engineering suppliers beneath them.

AM Forward also identified three barriers that continue to shape the market:

Access to capital for industrial additive systems
Access to a workforce capable of operating and industrialising them
The time and cost involved in qualifying additive processes

Those remain the real constraints.

There is also a necessary caveat. AM Forward was voluntary, and there is no comprehensive public scorecard showing exactly how many suppliers adopted the technology or how much production was ultimately reshored because of it.

It would therefore be difficult to attribute every new US additive facility or supplier investment directly to one programme.

The more defensible conclusion is that AM Forward changed the conversation. It made additive adoption within smaller US suppliers a strategic supply-chain objective rather than an isolated technology project.

The Policy Label Changed. The Industrial Direction Did Not.

AM Forward was launched under the Biden administration, but the domestic manufacturing agenda did not disappear when the administration changed.

In March 2025, the Small Business Administration launched a new Made in America Manufacturing Initiative focused on access to capital, equipment investment, workforce development and dedicated support for smaller manufacturers.

The political language changed. The underlying industrial argument remained remarkably consistent.

The United States wants more critical production inside the country, less exposure to fragile or hostile supply chains, a wider base of capable domestic suppliers and more workers trained to operate advanced manufacturing technology.

Additive manufacturing continues to fit that strategy, particularly where flexibility, complexity and low production volumes make a conventional reshoring project difficult to justify.

That bipartisan continuity matters to manufacturers considering long-term investment. An industrial AM facility, qualification programme or powder plant cannot be built around a four-year political cycle. Businesses need evidence that the demand for domestic capability will survive changes in government.

So far, the continued military programmes, materials investments and 2026 project funding suggest that it has.

Defence Is Where Policy Has Become Production

The strongest evidence of impact is inside the US defence and maritime industrial base.

The Department of Defense published a department-wide additive manufacturing strategy in 2021, followed by formal policy defining how additive should be governed and used across the military.

Since then, the focus has moved steadily from demonstrations towards approved parts, common data and repeatable qualification.

The US Navy reported that its additive work in 2025 reduced lead times by 70% and moved AM components directly into the supply chain. That year included the installation of a roughly 992 lb additively manufactured valve manifold aboard a nuclear-powered aircraft carrier and the installation of a metal AM component within the Virginia-class submarine programme.

The Navy’s wider submarine industrial-base programme now reports:

112 approved additive parts installed on ships and submarines
More than 60 suppliers contributing to AM development
Ten academic partners supporting research and workforce development
The first Defense Logistics Agency order for additively manufactured air diffusers for Ohio-class submarines
The first contract for Level I/SUBSAFE additive components for USS North Carolina

That last point is particularly important.

The defence impact of additive will not be measured by how many printers sit in laboratories. It will be measured by whether approved parts can enter normal supply systems, be ordered like conventional components and perform reliably in critical environments.

This is where Made in America has helped move the market.

Domestic supply-chain pressure gives the military a reason to identify additive candidates. Funding supports the technical work. Qualification frameworks create routes into procurement. Suppliers then need the equipment, quality systems and people to deliver.

It is a much longer chain than “scan a part and print it”, but it is also a far more meaningful one.

The Investment Is Moving towards Qualification

For years, much of the additive industry concentrated on machine capability.

The current US investment picture shows that the bottleneck has shifted.

America Makes reported more than $67 million in project funding obligated to members and project teams between October 2023 and September 2024. During the same period, it launched 57 projects and recorded more than 10,000 participants in education and workforce-development projects or activities.

The priorities attached to newer funding are revealing.

Two major America Makes project calls announced in 2026 provide a combined budget of $25.6 million:

The $12.4 million Maturation Initiative for Additive Metals Interchangeability is intended to validate whether AM materials can reliably replace traditional alloys in defence components.
The $13.2 million INSITE programme is focused on integrating in-situ monitoring with post-build inspection to improve defect detection and create more reliable qualification.

The Defense Logistics Agency has also funded expansion of the Joint Additive Manufacturing Model Exchange and the Joint Additive Manufacturing Acceptability initiative. The objective is to create a common qualification framework, approve more suppliers and broaden the available vendor base.

This tells us where the market is heading.

The next phase of US additive growth is not simply about creating more impressive parts. It is about proving that parts can be produced consistently across machines, sites and suppliers.

That means material allowables, process control documents, digital traceability, inspection strategy, machine equivalency, cybersecurity and quality management are becoming as important as build parameters.

Made in America Is Reaching the Powder Supply Chain

A domestic additive strategy cannot stop at the printed component.

Metal AM still relies on a wider supply chain involving powder production, alloying, atomisation or refining, machine components, lasers, optics, software, heat treatment, HIP, machining and inspection.

The investment in 6K Additive shows how Made in America is beginning to reach further upstream.

In 2023, the Department of Defense awarded the Pennsylvania company $23.4 million to expand its ability to turn scrap and other domestic feedstock into high-grade titanium, nickel, niobium and tungsten materials.

In November 2025, the Export-Import Bank approved a further $27 million direct loan through its Make More in America initiative. The investment supports four new buildings, additional equipment and more than 50 US jobs.

Amaero received a separate loan of almost $23.5 million in January 2025 to expand a Tennessee facility producing critical-mineral and refractory-alloy powders suitable for additive, aerospace and medical applications.

These investments address an uncomfortable truth.

A component may be printed in America while the machine, feedstock or critical subcomponents remain dependent on an international supply chain.

That does not make domestic AM meaningless. It does mean that genuine supply-chain resilience requires more than moving the final build operation.

The US is increasingly treating materials capability as part of additive manufacturing capability. For companies working across powder metallurgy, refractory metals, titanium, nickel superalloys and recycled feedstock, that creates an opportunity extending well beyond printer sales.

This Has Not Made Additive the Answer to Everything

The Made in America push has strengthened additive manufacturing, but it has not removed the technology’s commercial and technical limitations.

First, qualification remains expensive.

The same digital flexibility that makes AM attractive also creates a complicated validation problem. A change of machine, parameter set, powder batch, geometry or production location may affect the evidence required to show that a process remains under control.

Second, the economics are application-specific.

Additive can be highly competitive where conventional tooling is expensive, lead times are long, volumes are low or design consolidation creates additional value. It is much less convincing for simple, high-volume components already served efficiently by established processes.

Third, domestic production does not automatically mean a fully domestic supply chain.

Manufacturers still need to understand where machines, electronics, optics, software, feedstock and post-processing capability originate. Unknown component origin can also affect Buy American calculations.

Finally, public investment is not the same as industrial output.

The Government Accountability Office found that Manufacturing USA institutes had increased funding, membership and activity and were helping members progress towards technology and supply-chain goals. However, it also identified slow and uncertain government review times that could delay projects or discourage participation.

The impact is real, but it is uneven.

US additive manufacturing has moved closer to strategically important production. It has not escaped the difficult work required to make that production reliable and commercially sustainable.

The Talent Requirement Is Becoming Broader

This policy shift has not simply created demand for more “3D printing engineers”.

It has increased demand for people who can connect additive to a regulated production system.

That includes:

Materials and Process Engineers

Companies need people who understand the relationship between feedstock, parameters, machine condition, microstructure, heat treatment and final properties.

For metal AM, experience with LPBF, DED or binder-based processes is valuable. However, experience developing a robust process window and transferring it into production is more important than exposure to a particular machine logo.

Quality, Qualification and Validation Engineers

The market needs engineers who can develop qualification plans, material allowables, process control documents and inspection strategies.

In aerospace and defence, experience with AS9100, NADCAP, NDT, CT scanning, metrology, controlled technical data and customer approval processes can be decisive.

Production and Operations Leaders

An AM facility still needs safe material handling, scheduling, maintenance, post-processing, quality control, throughput management and cost discipline.

The strongest production leaders often understand both additive and conventional manufacturing. They know when a part should be printed, when it should be machined or cast, and how those processes fit together.

Applications and Industrialisation Engineers

One of the biggest commercial risks is selecting the wrong applications.

Businesses need people capable of screening parts, building the technical and economic case, redesigning where appropriate, and moving the opportunity through validation and production.

Metrology, NDT and Post-Processing Specialists

The printed shape is only one stage of the manufacturing route.

Inspection, heat treatment, HIP, support removal, surface finishing and CNC machining frequently determine whether an AM component becomes a usable production part.

Digital Manufacturing and Cybersecurity Specialists

Distributed manufacturing depends on trusted digital files, secure technical data packages, configuration control and traceability.

As designs move between primes, suppliers and military locations, the ability to protect and govern manufacturing data becomes part of production readiness.

The Biggest Hiring Mistake Will Be Using an Old Job Description

The policy may be new, but many companies are still trying to recruit this capability using conventional job titles and generic requirements.

A business may advertise for an Additive Manufacturing Engineer when it really needs someone who has qualified an LPBF process for a defence customer.

It may search for a Materials Engineer when the actual gap crosses powder specification, process monitoring, heat treatment and material allowables.

It may hire a machine operator without deciding who owns build preparation, maintenance, inspection, non-conformance and continuous improvement.

Before opening a vacancy, I would ask:

Which components or programmes is this person expected to support?
Is the requirement still in R&D, moving through qualification or already in production?
What is currently preventing the business from scaling?
Which technical knowledge exists internally, and which still sits with an OEM or supplier?
Does the role need additive depth, regulated manufacturing experience or both?
Which customer, quality, cybersecurity or US-person requirements affect the search?
Is the business hiring an individual contributor or asking one person to build the entire capability?

The answers should determine the search.

Not the job title a competitor used.

Made in America Has Changed the Question

The US additive market spent years asking whether the technology was capable of producing end-use components.

Made in America, defence supply-chain pressure and sustained public investment have changed that question.

For the most strategically important applications, the question is now whether the United States can produce enough qualified parts, through enough approved suppliers, using secure materials and data, at the speed its industrial base requires.

The evidence shows progress.

Parts are entering naval supply chains. Domestic powder capacity is expanding. Major funding is targeting interchangeability, inspection and qualification. Smaller manufacturers are being encouraged to enter programmes historically dominated by large primes.

But every one of those developments creates a people requirement.

Someone has to identify the application, develop the process, qualify the material, secure the data, inspect the component, manage the operation and stand behind the result.

Made in America may be increasing the value of domestic additive capacity.

The companies that benefit will be the ones that build the human capability around it.

Kensington360 supports additive manufacturing, aerospace and defence, materials and advanced engineering businesses with specialist recruitment across technical, production, quality, commercial and leadership functions.

If you are developing or expanding a US additive manufacturing team, explore our Additive Manufacturing recruitment hub or contact our team to discuss the capability you need.

Frequently Asked Questions

Has Made in America increased additive manufacturing in the US?

Yes, particularly in defence, aerospace, energy and strategically important materials. The strongest evidence is found in public investment, supplier-development programmes, domestic powder expansion and the growing number of qualified AM parts entering military supply chains. However, no single public dataset isolates how much total US AM growth was caused specifically by Made in America policies.

Why is additive manufacturing useful for reshoring?

Additive can produce complex and low-volume components without recreating every tool, mould or production line used in a traditional overseas supply chain. It is particularly relevant for obsolete parts, long-lead castings and forgings, tooling, repairs and components requiring rapid or distributed production.

Does Buy American mean manufacturers must use a US-made 3D printer?

Not necessarily. Buy American rules generally test where the purchased end product is manufactured and the domestic content of its components. The origin of production equipment used by a supplier is a separate question unless a contract or other restriction specifically addresses it. Manufacturers should assess the exact procurement rules applying to each programme.

Which additive manufacturing skills are in demand?

Demand is strongest for professionals combining AM knowledge with materials science, process development, quality, qualification, validation, NDT, metrology, post-processing, conventional machining, production leadership, secure data management or regulated-industry experience.

Which US sectors are seeing the greatest impact?

Defence and aerospace show the clearest direct impact because domestic sourcing, readiness and supply-chain security are procurement priorities. Energy, space, nuclear, advanced materials and selected medical applications are also benefiting from the wider investment in domestic advanced manufacturing.

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