Rosatom Bundles 3D Printing With Nuclear Reactor Deals in Vietnam and India

A Pattern Across Two Markets

Rosatom is not simply selling nuclear reactors and separately investing in 3D printing. In both Vietnam and India, the Russian state corporation is aligning its additive manufacturing expansion directly with its nuclear energy deals, a strategy that ties manufacturing capability to energy infrastructure in ways that reinforce its long-term position in both markets.

Vietnam abandoned its first nuclear power program back in 2016, citing uncertain electricity demand. By late 2024, that decision had reversed. The country is now targeting completion of the Ninh Thuan 1 and 2 reactors by 2030, with Rosatom contracted for Ninh Thuan 1. At the same time, representatives of Rosatom's Fuel Division and Vietnam's state-owned Petrovietnam signed an agreement to build an additive manufacturing technology center in Vietnam. The signing took place during a state summit between Putin and Vietnamese President To Lam.

India presents a similar picture. Rosatom has operated in the Indian nuclear market for almost 40 years, and recent agreements cover both the VVER-1000 reactor model destined for Vietnam and small modular reactors. Earlier in 2026, Rosatom made its first sale of a RusBeam 2800 electron beam 3D printer into the Indian market, following a co-manufacturing agreement with Indian state-owned HMT Limited. Rosatom also announced that it will manufacture its Smart Scan 3D scanners locally in India, giving the products Make in India status and cutting equipment costs there by roughly 40 percent.

The AM Infrastructure Behind the Deals

Rosatom's push into additive manufacturing did not start this year. The company received regulatory approval to print components for its RITM-200 small modular reactors, which Russia plans to deploy on land and at sea, including a new class of nuclear-powered icebreakers. In 2023, Rosatom carried out its first-ever installation of a 3D-printed part inside one of its own facilities: a pump impeller at a Siberian fuel division site.

That progression, from domestic qualification to export, took roughly two years. The electron beam printer now being sold in India, the RusBeam 2800, is part of the same platform. The decision to localize scanner production in India suggests Rosatom intends to treat the Indian market not as a one-time equipment sale but as a sustained manufacturing footprint.

At a recent INNOPROM event in India, a joint panel of Russian and Indian representatives was held under the title "Additive Manufacturing: A New Vector of Russian-Indian Partnership." The framing makes the link explicit: AM is being positioned as a complement to the nuclear relationship, not a side project.

Why the Geopolitical Context Matters

The United States has been pressing India to reduce its purchases of Russian oil since the Trump administration returned to office. The Rosatom deals illustrate how India and Russia are responding to that pressure: by expanding cooperation in areas that are harder to sanction or reverse. Nuclear reactor contracts run for decades, and embedding 3D printing capability alongside those contracts creates an additional layer of technological dependency that is difficult to unwind.

Vietnam presents a different but related challenge. The US is not happy about financial arrangements between Vietnam and Russia that have been used to circumvent sanctions, but Vietnam's importance to US trade in Southeast Asia makes aggressive countermeasures unlikely. That gives Rosatom room to operate with minimal friction as it builds out its presence on both the energy and manufacturing sides.

A Market Signal for Nuclear AM

Nuclear has long been identified as a promising application for additive manufacturing, yet the news cycle around AM in nuclear has been quieter than many expected at a time when nuclear power is experiencing a genuine resurgence. China has brought 20 to 25 reactors online this decade, compared to two in the US, and China's progress is closely tied to long-term cooperation with Rosatom.

What is happening in Vietnam and India suggests the AM-for-nuclear opportunity is real, but it is being driven by Russia, not the US or Western Europe. Rosatom's strategy of co-locating additive manufacturing capacity with its reactor buildouts means that as new nuclear plants come online, the ability to print replacement parts, tooling, and custom components will be embedded in the supply chain from day one. That is a powerful moat, and it explains why the company is willing to invest in manufacturing infrastructure alongside its energy deals.

For observers of the global 3D printing market, the message is clear: the most consequential industrial deployments of AM in the next few years may not be happening in the markets that generate the most press coverage. They may be happening inside nuclear supply chains in Asia, where the combination of state backing and long project timelines creates conditions that are rare elsewhere.