Artificial intelligence is already capable of predicting new materials with promising properties; the challenge lies in the fact that these predictions must still undergo a far more complex stage: transforming computer-generated concepts into physical materials that can be manufactured and tested. The Danish company Atlant 3D has taken on this challenge, aiming to bridge this very gap with the Nano Fabricator Pro—a new semiconductor manufacturing platform designed to produce and test materials at the atomic scale.

The company presents the system as the first physical platform of its kind geared toward AI-driven material discovery. Currently, even when an AI identifies a potentially interesting combination, researchers still need to produce the material under controlled conditions and verify whether it actually exhibits the characteristics predicted by the model—steps that typically take place in separate processes.

At the heart of the machine lies Atlant 3D’s proprietary DOP technology, which enables the precise, layer-by-layer deposition of materials in specific regions to create extremely small structures, without relying on the traditional workflow used in conventional semiconductor manufacturing. However, this does not mean the machine is a substitute for the EUV lithography equipment used to produce the most advanced chips. Its objective is different: to accelerate research into new materials, interfaces, and devices by rapidly transforming digital concepts into physical experiments that can be analyzed.

The platform was developed for applications including advanced semiconductor chip packaging, photonics, quantum technologies, and other emerging materials. Another step planned by Atlant 3D is the integration of metrology systems directly into the process; this will allow the machine itself to measure what is being produced during experiments, feeding data back to artificial intelligence systems that analyze the results and suggest new combinations or process adjustments.

This paves the way for increasingly autonomous laboratories, where a system proposes a material, a machine produces the physical structure, instruments verify the result, and the information is fed back into the loop. The NanoFabricator Pro is also being adapted for industrial semiconductor environments and is manufactured in the United States in collaboration with Auromed Industrial Robotics.