Rosatom delivers RusBeam 2800 EBAM printer to India for aerospace parts production

Rosatom, the Russian state nuclear energy corporation, has entered the Indian additive manufacturing market with the delivery and commissioning of its RusBeam 2800 industrial 3D printer. The machine, based on electron beam additive manufacturing (EBAM) technology, is now India's largest vacuum-operated metal 3D printer, capable of producing parts up to 2.8 meters in height and weighing up to four tons. With a deposition rate of up to 50 mm/s, the system can fabricate a 50 kg component in approximately five hours, and is compatible with titanium-, nickel-, and cobalt-chrome-based alloys. The machine will be used to manufacture large-scale metal parts for the Indian Space Research Organisation (ISRO), supporting programs including the Gaganyaan crewed mission, the Bharatiya Antariksh Space Station, and Chandrayaan lunar missions. Rosatom CEO Alexey Likhachev confirmed the company won a competitive tender and is already in discussions regarding further supplies, joint R&D, and potential localization of equipment manufacturing in India.

This delivery represents a significant expansion of Rosatom's additive manufacturing export strategy, moving beyond its domestic nuclear supply chain into a high-growth aerospace market. The RusBeam 2800 directly competes with wire-based directed energy deposition (DED) systems from Western vendors such as Sciaky (EBAM), Lincoln Electric (Wolf), and Meltio, but Rosatom's offering bundles proprietary hardware, software, materials, and service into a turnkey package. India's choice of Russian technology over Western alternatives underscores the geopolitical dimension of AM equipment procurement, particularly as defense and space applications increasingly drive demand for large-format metal printers. The aerospace qualification grind pattern applies here: while the machine is commissioned, ISRO will need to qualify each material and part geometry for flight-critical applications, a process that typically spans years. The vacuum environment and high deposition rate are well-suited to reactive materials like titanium alloys, which are central to aerospace structural components but difficult to process in open-atmosphere DED systems.

For Rosatom, the immediate execution challenge is building a service and materials supply chain in India that can support ISRO's qualification timelines. The company's integrated ecosystem approach — hardware, software, materials, and turnkey technology centers — reduces integration risk for the customer but requires sustained local technical support. Buyers in aerospace should evaluate the RusBeam 2800 against the specific material and geometry requirements of their programs, particularly the trade-off between deposition speed and as-deposited surface finish compared to powder-bed fusion alternatives. The partnership is a concrete step in Russia-India strategic technology cooperation, but the real test will be whether ISRO can move parts from this machine into certified flight hardware within a reasonable program cycle.