As additive manufacturing strikes from innovation to execution, success is now not outlined by machine functionality alone. For essentially the most demanding U.S. protection applications, additive manufacturing should be engineered, certified, and delivered inside strict secured operational frameworks. That is the place Nikon AM Synergy performs a vital position throughout the broader Nikon Superior Manufacturing portfolio.
At Additive Manufacturing Methods 2026, Jesse Lea, CEO of Nikon AM Synergy, will tackle how additive manufacturing is being engineered right into a viable manufacturing functionality for U.S. protection functions. Framed across the pressing have to scale and modernize the Protection Industrial Base, his dialogue will deal with how disciplined engineering, qualification rigor, and safe manufacturing frameworks enabling additive manufacturing to fulfill the uncompromising calls for of naval, aerospace, and nationwide safety applications.
Nikon AM Synergy exists to do one factor exceptionally effectively: allow additive manufacturing for essentially the most stringent applications within the U.S. protection market. Working from Nikon’s Superior Manufacturing Expertise Heart in Lengthy Seashore, California, the group capabilities as an engineering nucleus, translating superior additive applied sciences into production-ready, qualification-driven options that protection stakeholders can belief.
Moderately than specializing in transactional manufacturing, Nikon AM Synergy gives end-to-end engineering options that de-risk additive adoption for applications the place failure isn’t an possibility. These options span design for additive manufacturing (DfAM), materials and course of qualification, construct technique improvement, information package deal creation, metrology integration, and manufacturing readiness planning. Every engagement is structured round program necessities, regulatory constraints, and long-term sustainment goals.
This positioning has positioned Nikon AM Synergy on the middle of a number of high-profile protection initiatives. As a part of the U.S. Navy’s Maritime Industrial Base (MIB) program, Nikon Superior Manufacturing is increasing home additive manufacturing capability to assist shipbuilding, upkeep, and restore. Inside this framework, Nikon AM Synergy performs a pivotal position: working superior multi-laser LPBF programs, qualifying supplies, and creating technical information packages that allow repeatable manufacturing throughout the protection provide chain.
Equally, Nikon’s participation in an America Makes-led protection challenge underscores the significance of engineering-driven additive deployment. These initiatives are usually not about proving that additive manufacturing works, they’re about making certain it really works persistently, securely, and at scale, in alignment with U.S. protection acquisition necessities.
Jesse Lea describes Nikon AM Synergy’s mission as basically outcome-oriented: “In protection manufacturing, it’s not sufficient to say additive manufacturing works. To show one thing is to determine reality with proof, and proof is the proof itself. At Nikon AM Synergy, our position is to generate that proof by way of certified processes, validated information packages, and repeatable manufacturing that protection applications can depend on.”
What differentiates Nikon AM Synergy is its potential to attach expertise, engineering, and program execution. As a part of Nikon Superior Manufacturing, the group has direct entry to industry-leading additive platforms, metrology experience, and superior optical applied sciences, enabling closed-loop options that few can supply. This integration is especially vital for protection applications, the place traceability, repeatability, and verification are as essential as half efficiency itself.
Past manufacturing enablement, Nikon AM Synergy additionally serves as a bridge between innovation and industrialization. By working carefully with authorities stakeholders, primes, and provide chain companions, the workforce helps translate rising additive capabilities into deployable manufacturing options, accelerating timelines whereas sustaining compliance and safety.
At AMS 2026, Jesse’s perspective will spotlight a transparent message: the way forward for additive manufacturing in protection will likely be outlined not by experimentation, however by engineering self-discipline, manufacturing readiness, and mission alignment. Nikon AM Synergy stands at that intersection, making certain that additive manufacturing is not only attainable for protection, however reliable.
Jesse Lea, CEO & President of Nikon AM Synergy Inc., encompasses greater than three many years of expertise throughout the manufacturing ecosystem, together with earlier founder, President and CEO management positions. Jesse’s focus has been fast manufacturing utilizing superior applied sciences in polymer and steel additive, subtractive, sheet steel, fast injection tooling and molding, CAD/CAM, design for typical and additive manufacturing, materials improvement, and time compression. Throughout his tenure at Uptive, GoProto, and 3D Programs Company/Speedy Product Improvement Group, Jesse’s duties encompassed new firm start-up, gross sales and operations institution and administration, advertising and enterprise improvement, compliance, and shopper associate engagement. In his present position as CEO of Nikon AM Synergy, Jesse is working with aerospace, house and protection shoppers on adopting steel additive manufacturing utilizing the entire suite of Nikon options.
Jesse will likely be talking at Additive Manufacturing Methods (AMS) 2026 as a part of the panel “Excessive Quantity Industrial Half Manufacturing.” The session is a part of the broader AMS 2026 convention, which runs from February 24–26 and brings collectively {industry} leaders, policymakers, and innovators from throughout the worldwide AM ecosystem. Study extra and register at AMS 2026.
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