AtomIntelMash LLC :: Turnkey Implementation of Robotic Complexes

AtomIntelMash LLC is a Russian industrial robotics company based in Dubna (Moscow Region) and fully owned by Rosatom State Corporation through Rusatom Service JSC. Founded in 2012, the company has over ten years of experience developing and supplying advanced robotic solutions, primarily for the nuclear industry, and has grown into Rosatom’s official industry integrator for robotics. In 2022–2023 it became part of the Rosatom structure and now serves as the base organization for the corporation’s Robotics business line.

AtomIntelMash specializes in the full-cycle development, production, and turnkey implementation of robotic complexes (RTK) for automating complex and hazardous production processes. Its expertise covers remote handling of radioactive materials, welding, machining, palletizing, and other operations in extreme or safety-critical environments. The company is particularly strong in non-standard equipment and computer-vision systems, including applications for autonomous underwater vehicles.

Its flagship products are marketed under the AIM brand. The product line includes more than 40 robot models with payloads ranging from 6 kg to 4,600 kg, covering the most common industrial tasks such as MIG/MAG welding, milling, loading/unloading, and machine tending. A notable example is the RoKoT series (AMVR-1), designed for automated manufacturing of ceramic shell molds in investment casting. The company also performs large-scale assembly of Chinese industrial robots under its own AIM brand, localizes production of components at its own facility, and provides technical support, training, and service to integrators and end users.

All solutions are developed with a strong emphasis on import substitution, technological sovereignty, and compliance with strict Russian nuclear-safety regulations (Rostechnadzor licenses). AtomIntelMash positions itself as a provider of complete robotic automation projects that reduce costs, shorten delivery times, and increase process stability in both nuclear and general industry.