MATERIALS INNOVATION, REIMAGINED
BUILD THE MATERIALS OF TOMORROW.
ATOM BY ATOM®.
ATLANT 3D connects AI-driven materials discovery, device prototyping and industry integration in one loop, powered by programmable atomic-scale manufacturing.
Our approach
The Infinity Machine
Connecting AI, atomic-scale fabrication and experimental data in one continuous loop.
The Infinity Machine is our vision for a connected materials innovation system, bringing AI-guided design, atomic-scale fabrication and experimental validation into one continuous learning loop. Powered by our DALP® Technology and NANOFABRICATOR® platforms, ATLANT 3D is building this AI-to-Matter system to accelerate materials discovery, device prototyping and industrial adoption.
Five connected capabilities
From AI design to physical experimentation, validation and learning.
- 01AI Designs
Propose materials, devices and target properties
AI models - 02Physical Translation
Turn designs into process recipes
DALP® · A-Compiler - 03Material Synthesis
Fabricate directly from digital recipes
NANOFABRICATOR® Platforms - 04Validation
Measure material and device performance
Integrated metrology - 05Learning
Feed results back into the models
A-Cloud In development
Three stages of materials innovation
From discovering promising materials to preparing technologies for industrial adoption.
The same connected capabilities support every stage, from early materials exploration to industrial adoption.
- 01Materials DiscoveryFind promising materials earlierExplore material variations through programmable experimentation.
- 02Device PrototypingProve performance in real structuresBuild working test structures, with every process captured as a digital recipe.
- 03Industry IntegrationPrepare validated processes for adoptionTransfer validated recipes into partners’ development and pilot environments.
Our proprietary technology
DALP® Technology
Atomic precision, exactly where you need it.
Direct Atomic Layer Processing (DALP®) brings atomic-scale processing to selected areas of a substrate, enabling materials to be deposited and developed exactly where they are needed, without conventional lithography-based patterning. Because every DALP® process is software-defined, it connects naturally with AI-supported workflows.
03From digital pattern to processed sample in one software-defined DALP® workflow, with no masks in between.
04Multi-material sensor structures, from heaters to interdigitated electrodes, deposited side by side on one wafer.
05Test pads and line arrays written directly on a wafer with DALP®, ready for device-level validation.
Made from quartz
Swapped in minutes
Varying line widths
The micronozzle
The heart of DALP® Technology, and the smallest chemical reactor. ATLANT 3D’s proprietary micronozzle channels precursor, reactant and shield gases in a precise concentric pattern, so the reaction happens only along the line it writes.
Localized processing
Process materials only where they are needed, without conventional lithography masks. A micronozzle delivers precursors directly onto selected areas, replacing the coat, expose, etch and strip cycle with a single direct-write step.
Programmable processing
Move from digital design to localized material processing through software-defined workflows. Import a pattern, assign materials and recipe parameters, launch the run, and keep every process as a reproducible digital recipe.
Combinatorial material libraries
Explore and develop a broad range of materials on one platform, compatible with 450+ materials. Build combinatorial libraries and multi-material stacks in a single workflow to screen candidates in days rather than months.
Device integration
AI can design a new material in minutes, yet making, validating and integrating it still takes years. DALP® integrates developed materials directly into functional devices on the same platform, providing the missing physical layer for AI-driven materials discovery.
Platforms
Explore our platforms
Three NANOFABRICATOR® platforms bring DALP® from the research lab to pilot production and orbit.
Materials Discovery · Device Prototyping
NANOFABRICATOR® LITE
Our benchtop DALP®-enabled platform for scientific R&D.
Designed for advanced R&D, materials discovery, process development, and rapid device prototyping.
Device Prototyping · Industry Integration
NANOFABRICATOR® PRO
Our DALP®-enabled platform for industrial R&D and pilot production.
Designed for scalable materials and process development, pilot production, and advanced manufacturing.
Device Prototyping · Industry Integration in space
NANOFABRICATOR® ZERO-G
Our DALP®-enabled platform for in-space microfabrication and advanced prototyping.
Designed for microgravity environments, enabling high-precision material processing, localized microdevice repair, and reliable operation in space.
Applications & Industries
Engineering the devices of tomorrow
This is where the loop creates value. Materials and processes developed with DALP® are integrated into next-generation devices across semiconductors, MEMS, energy, photonics, aerospace and beyond.
Advanced Materials & Discovery
Accelerating AI-driven materials discovery and rapid prototyping through direct-write atomic-scale fabrication.
- Combinatorial materials screening
- AI-driven materials development
- Custom material stacks
Advanced Materials & Discovery
Semiconductors & Advanced Packaging
Higher yield, reliability, and integration in next-generation semiconductor manufacturing.
- Camera bonding & surface engineering
- Edge passivation & defect repair
- Chiplet & heterogeneous integration
Semiconductors & Advanced Packaging
MEMS & Sensors
Accelerating the development of intelligent, multi-functional sensing systems through precise, multi-material fabrication.
- Multi-gas and electrochemical sensors
- MEMS functionalization & hybrid integration
- Multi-material sensor arrays
MEMS & Sensors
Energy & Electrochemical Systems
Enabling advanced energy systems through localized materials engineering and atomic-scale process control.
- Battery interface engineering
- Hydrogen catalysts & electrolysis
- Solar cell passivation
Energy & Electrochemical Systems
Photonics & Optoelectronics
Advancing next-generation photonic devices through precise atomic-scale material integration and selective deposition.
- Optical coatings & waveguides
- Metasurfaces & flat optics
- AR/VR and photonic components
Photonics & Optoelectronics
Aerospace, Defense & Secure Systems
Flexible, high-precision manufacturing for space technologies and advanced dual-use innovation applications.
- In-space fabrication & repair
- Microgravity materials discovery
- On-demand manufacturing
Aerospace, Defense & Secure Systems
A-HUB · Autonomous Materials Foundry
From AI-designed materials to real-world devices
A-HUB is ATLANT 3D’s integrated materials innovation foundry, combining AI-driven discovery, programmable fabrication, metrology, process intelligence, and pilot capabilities in one environment.
A-HUB Copenhagen
A-HUB Copenhagen brings together ATLANT 3D’s materials innovation infrastructure, NANOFABRICATOR® platforms, process expertise, and partner ecosystem in one environment.
It enables partners to explore new materials and processes, develop and validate recipes, prototype functional structures and devices, and build pathways toward pilot-scale development.
- OPERATIONALSince 2022
Innovation-as-a-Service
From “what if?” to “it works!” in three stages.
No tool of your own needed to start. Bring your material, process or device challenge to A-HUB and level it up with our team on DALP® and NANOFABRICATOR® platforms, one low-risk stage at a time.
Stage 01 · Discover0.5 to 2 monthsProof of Concept
“Can it be done?”
Rapid feasibility testing on your use case, initial performance data and a clear go or no-go recommendation.
Stage 02 · Prototype2 to 6 monthsPilot Project
“Will it work in my process?”
Process validation on your substrates, with optimized, application-specific deposition recipes.
Stage 03 · Integrate6 to 12 monthsJoint Development
“Let’s build it together.”
Co-developed materials, processes and application IP, leading to validated, production-ready processes.
Selected Partners & Customers
Explore organizations across research and industry.
News & Events
The latest from ATLANT 3D: events, partnerships, webinars and research.
- ATLANT 3D and UC Berkeley Sign MoU to Advance Materials Innovation Infrastructure and Explore A-HUB California
ATLANT 3D and UC Berkeley Sign MoU to Advance Materials Innovation Infrastructure and Explore A-HUB California COPENHAGEN, Denmark, September 22, 2026 /PRNewswire/ — ATLANT… Read more: ATLANT 3D and UC Berkeley Sign MoU to Advance Materials Innovation Infrastructure and Explore A-HUB California - Klaipeda University and ATLANT 3D Partner to Build Advanced Technology Infrastructure in Lithuania
Klaipeda University and ATLANT 3D Partner to Build Advanced Technology Infrastructure in Lithuania COPENHAGEN, Denmark, August 26, 2026 — Klaipeda University (KU) and Danish… Read more: Klaipeda University and ATLANT 3D Partner to Build Advanced Technology Infrastructure in Lithuania - ATLANT 3D Launches NANOFABRICATOR® PRO: The World’s First and Only Physical Platform for AI-Driven Materials Discovery
ATLANT 3D Launches NANOFABRICATOR® PRO: The World’s First and Only Physical Platform for AI-Driven Materials Discovery COPENHAGEN, Denmark, August 17, 2026 /PRNewswire/ — ATLANT… Read more: ATLANT 3D Launches NANOFABRICATOR® PRO: The World’s First and Only Physical Platform for AI-Driven Materials Discovery - A Leading Global AI Hyperscaler Selects ATLANT 3D’s NANOFABRICATOR® Platform for Setting AI-Driven Materials Discovery Lab
A Leading Global AI Hyperscaler Selects ATLANT 3D’s NANOFABRICATOR® Platform for Setting AI-Driven Materials Discovery Lab COPENHAGEN, Denmark, July 16, 2026 / PRNewswire/ —… Read more: A Leading Global AI Hyperscaler Selects ATLANT 3D’s NANOFABRICATOR® Platform for Setting AI-Driven Materials Discovery Lab - ATLANT 3D Expands Global Patent Portfolio with South Korean Grant for Core DALP® Technology
ATLANT 3D Expands Global Patent Portfolio with South Korean Grant for Core DALP® Technology Copenhagen, Denmark — [30.06.2026] — ATLANT 3D today announced that… Read more: ATLANT 3D Expands Global Patent Portfolio with South Korean Grant for Core DALP® Technology - ATLANT 3D, A*STAR IMRE and NAMIC Sign MoU to Advance AI-Driven Materials Discovery in Singapore
ATLANT 3D, A*STAR IMRE and NAMIC Sign MoU to Advance AI-Driven Materials Discovery in Singapore COPENHAGEN, Denmark and SINGAPORE, June 24, 2026 / PRNewswire/… Read more: ATLANT 3D, A*STAR IMRE and NAMIC Sign MoU to Advance AI-Driven Materials Discovery in Singapore - ATLANT 3D CEO & Founder Dr. Maksym Plakhotnyuk Named to Fast Company Executive BoardATLANT 3D CEO & Founder Dr. Maksym Plakhotnyuk Named to Fast Company Executive Board Copenhagen, Denmark — [2026.06.16] — Dr. Maksym Plakhotnyuk, CEO and… Read more: ATLANT 3D CEO & Founder Dr. Maksym Plakhotnyuk Named to Fast Company Executive Board
- ATLANT 3D Expands European Research Partnership with Deployment of NANOFABRICATOR® Lite at the Slovak Academy of SciencesATLANT 3D Expands European Research Partnership with Deployment of NANOFABRICATOR® Lite at the Slovak Academy of Sciences Copenhagen, Denmark — [2026.06.08] — ATLANT 3D… Read more: ATLANT 3D Expands European Research Partnership with Deployment of NANOFABRICATOR® Lite at the Slovak Academy of Sciences
Building the materials of tomorrow.
Atom by Atom®.
Contact us
Have a material, process, or application you want to explore?
Connect with our team to discuss how ATLANT 3D’s technology and platforms could support your materials development needs.
- sales@atlant3d.com
- Mårkærvej 2B, 2630 Taastrup, Copenhagen, Denmark