ATLANT 3D Launches NANOFABRICATOR PRO: World's First Platform for Atomic-Scale AI Materials Discovery

On August 17, 2026, Copenhagen-based deep-tech pioneer ATLANT 3D officially launched NANOFABRICATOR PRO, the world's first physical platform designed to bridge digital AI-driven materials discovery with programmable atomic-scale fabrication. Powered by proprietary Direct Atomic Layer Processing (DALP), the system serves as an autonomous physical foundry (A-HUB) that transforms AI-generated molecular and semiconductor models into verified physical prototypes in hours rather than months.

Bridging Digital AI Predictions and Physical Atomic Manufacturing

While generative AI models have accelerated the discovery of novel materials, validating these theoretical compounds in physical hardware has traditionally been constrained by slow, fragmented cleanroom fabrication cycles. NANOFABRICATOR PRO combines atomic layer deposition, in-situ characterization, and automated robotics to synthesize AI-designed thin films, 2D semiconductor layers, and quantum devices layer-by-layer at the atomic scale.

Key Capabilities & Technological Innovations

• Direct Atomic Layer Processing (DALP): Eliminates multi-step photolithography by printing atomic-scale material layers directly onto arbitrary substrates.
• Closed-Loop Physical AI: Feeds real-world experimental validation data back into materials AI models to iteratively optimize chemical structures.
• Multi-Material Integration: Concurrently prints conductors, insulators, and 2D semiconductors for advanced packaging and microelectronics.
• Rapid Device Prototyping: Accelerates research cycles for next-generation quantum sensors, optical chips, and sub-2nm semiconductor architectures.

Foundational Infrastructure for the Physical AI Era

By democratizing atomic-scale device prototyping, ATLANT 3D's NANOFABRICATOR PRO establishes the physical fabrication layer needed for autonomous labs to discover, test, and scale advanced microelectronics and quantum hardware.

System Summary