ATLANT 3D

NANOFABRICATOR® PRO provides the foundation for next-generation self-driven platforms, where fabrication, measurement, and experimental learning can operate with increasing levels of autonomy. youtu.be/5m2pN-IEML4

Solid-state batteries are heading for production lines: @QuantumScapeCo plans a 100 MWh line. Much of the difficulty sits at the electrode-electrolyte interface. Those films need a repeatable process and a real-cell test before a line runs them. #SolidStateBattery #Batteries

Question for thin-film and process engineers: when you test a new material, which step takes longest to get right? Film growth, the interface with the layer below, patterning, or the measurement that proves it works? Answers will shape our next explainers. #ThinFilms #ALD

Our founder on the gap between AI-proposed materials and materials that can actually be made. NANOFABRICATOR® PRO, launched in August, is built for the steps after the candidate: physical discovery, process development and device prototypes. #MaterialsDiscovery #AIforScience

Assembling another Nanofabricator Lite for a customer in London building AI driven materials discovery lab

#NANOFABRICATOR #IntegratedMetrology #SelfDrivenLabs #MaterialsDiscovery #PhysicalAI #Semiconductors #ATLANT3D #AIforScience #AtomicScaleManufacturing #DeepTech

NANOFABRICATOR® PRO is the foundation of ATLANT 3D’s Physical AI Infrastructure for Matter, connecting digital discovery, advanced manufacturing and experimental validation to accelerate the translation of computational predictions into real-world materials and devices. Our vision is a world transformed by limitless materials and technology innovation. Explore NANOFABRICATOR® PRO and its capabilities: 🔗 hubs.li/Q04tH53Y0

By exploring more of the experimental space on each substrate, innovators can generate richer datasets, evaluate process windows, and accelerate the development of functional materials and devices. Designed to integrate with standard cluster equipment, NANOFABRICATOR® PRO enables future closed-loop workflows in which measured results inform and refine subsequent experiments.

In this video, we demonstrate the platform’s capabilities and illustrate how it can support a connected materials development workflow encompassing: • AI-informed experimental design • Automated handling & precise positioning • Multiple materials & process variations • Programmable patterns, sequences & structures • Digital recipes connecting fabrication with physical results • Integrated metrology & characterization

AI is fundamentally changing how new materials are discovered. The next frontier is turning those digital discoveries into controlled physical experiments and ultimately into real-world technologies. Powered by ATLANT 3D’s Direct Atomic Layer Processing (DALP®) technology, NANOFABRICATOR® PRO enables localized, software-defined fabrication with atomic-scale control.

NANOFABRICATOR® PRO. Programmable matter, AI-driven discovery, device manufacturing. AI generates new material candidates. We discover them physically, develop the process, build device prototypes and integrate into manufacturing. Learn more: lnkd.in/ek382zJv A new era has begun. #NANOFABRICATOR #AIforScience #MaterialsDiscovery #AtomicScaleManufacturing #AdvancedManufacturing #PhysicalAI #Semiconductors #DeepTech #ATLANT3D

While some people only talk about programmable matter we already do it for 4 years. Atom by atom. Soon to be more.

When the reality and future meet! #nanofabricator #startrek #ai4matter #ai

Future is coming!