ATLANT 3D

Thank you to everyone who joined us last week for "From Months to One Day: Rapid Combinatorial Discovery of Al-Doped ZnO with DALP®." The questions and conversations made it one of our most engaging sessions yet. Dr. Simone Santucci, our Senior R&D Scientist, walked through what materials research looks like when months of iterative experiments collapse into a single automated run. Using aluminum-doped zinc oxide, the transparent conductive oxide behind today's solar cells as a case study, Simone shows how a crossbar matrix design produces 81 unique compositions in 12 hours. No vacuum chamber required. The resulting heat maps of composition, optical absorption, and band gap reveal non-linear trends that conventional 5–6 sample experiments would never catch. The takeaway for any lab still running discovery one sample at a time: 200+ unique samples per day is no longer aspirational. ▶ Watch the full webinar: https://hubs.li/Q04fgkbG0 #MaterialsScience #ALD #ThinFilms #CombinatorialDiscovery #DALP #AdvancedMaterials

Are you passionate about marketing, storytelling, and cutting-edge technology? Do you want hands-on experience in a fast-growing deep-tech company? We are looking for a motivated and creative Marketing Intern to join our team in Copenhagen. This is a unique opportunity to gain real-world experience in an international, innovative environment. Appy here👉 https://hubs.li/Q04fgdLb0 #ATLANT3D #Marketing #internship

Run AZO, a ternary material, through a single deposition with DALP® . We achieved 81 composition data points in one deposition. One run mapped the full Al-doped ZnO composition space, every thickness, every doping gradient, confirmed in one session. Surface roughness at 677.8 pm. Microstructure threshold identified at ~200 nm. What usually takes weeks of sequential experiments came back as a complete dataset. We're sharing the full results methodology, data, and what it means for anyone working on transparent conducting oxides, photovoltaics, or display applications. If that's relevant to your work, two ways to go deeper: Interested in learning more sign up for our upcoming webinar this week: 📅 April 30 👉 Register here: https://hubs.li/Q04dwhH60 Working on something where this could be relevant? We're happy to talk: https://hubs.li/Q04dwglQ0 #MaterialsScience #ALDep #Nanofabrication #AZO #ATLANT3D

It was a great honor to welcome His Excellency Ambassador MORI Mikio of the Embassy of Japan in Denmark to ATLANT 3D with our CEO Dr. Maksym Plakhotnyuk. Japan's decades of leadership in semiconductors, advanced materials, and precision manufacturing have shaped the industrial foundations the world depends on today - and continue to set the standard for what disciplined, long-horizon capability building looks like. Hosting the Ambassador was an opportunity to share how atomic-scale manufacturing and the DALP® platform can contribute to the next chapter of that story. Our conversation reinforced a conviction we hold deeply at ATLANT 3D: the future of materials is not only a scientific challenge - it is a strategic one. Sovereign capability in advanced materials is becoming as essential as energy and data infrastructure. The nations and companies that master the physical layer of the next industrial era - programmable, localized, and resilient - will shape it. We already work closely with several Japanese companies and organizations, and highly appreciate such collaboration, among them are JETRO - Japan External Trade Organization. We are grateful to the Embassy of Japan for the engagement, and we look forward to deepening the ties between Denmark, Japan, and the partners building this future together. Thank you, Ambassador MORI, for the visit and the dialogue. 🇩🇰🤝🇯🇵 #DeepTech #Japan #MaterialsScience #Semiconductors #SovereignManufacturing #ATLANT3D

We had the honor of hosting a delegation from Klaipeda University as a top research institution in Lithuania at ATLANT 3D with a support from Embassy of Lithuania in Denmark. The visit opened up a meaningful conversation about technology, about research, and about the role universities play in shaping an innovation ecosystem. Lithuania is a small country but with strong innovation spirit and ambition to pioneer novel technologies and deploy ecosystems. Klaipeda University wants to be the first to deploy A-Hub in Baltic region and drive the framework for advanced materials and manufacturing. Advanced materials infrastructure has a multiplier effect. The capability to discover, prototype, and validate next-generation materials locally builds the foundation for sovereign, homegrown expertise in semiconductors, sensors, energy, and beyond. We look forward to continued collaboration and exploring the Lithuanian ecosystem. ATLANT 3D team is welcoming foreward looking collaborations and partnerships. #Lithuania #DeepTech #InnovationEcosystem #MaterialsSovereignty #AdvancedMaterials #AHub #Innovation #KlaipėdaUniversity #ATLANT3D

How many experiments did your lab run last month? Now think about how many you could have run. Traditional combinatorial screening means one composition, one run, one week of waiting. Most research teams accept this as reality. It doesn't have to be. In this webinar, Dr. Simone Santucci walks through exactly how DALP® deposited 81 distinct Al-doped ZnO compositions on a single substrate in a single run. Not a simulation. A real experiment, real data. For researchers in thin films, ALD, or advanced materials this is what it looks like to cover an entire composition space in the time it used to take to test one. 📅 April 30, 2026 · 15:00 CET 👉 Register: https://hubs.li/Q04cjczb0 #Webinar #MaterialsScience #ALD #ThinFilms #AdvancedMaterials #DALP #ATLANT3D

Meet ATLANT 3D at ICSM ICQMT 2026 in Fethiye, Turkey, taking place April 19–26. We are excited to share that our CEO & Founder, Dr. Maksym Plakhotnyuk, will be attending and delivering a presentation titled: Direct Atomic Layer Processing (DALP®): Spatially Localized, Multi-Material Fabrication for Next-Generation Devices from Discovery to Manufacturing 🗓 Thursday, April 23 📍 Hall 7, Hipokrat 🕒 10:00–10:30 In this session, Maksym will highlight how DALP® enables precise, localized, and multi-material fabrication at the atomic scale, bridges the gap between materials discovery and scalable manufacturing. This talk will explore how this approach accelerates innovation in advanced materials and next-generation device development. Will you be attending #ICSMICQMT2026? Let’s connect, exchange ideas, and explore collaboration opportunities 👉https://hubs.li/Q04cHy6P0 #ATLANT3D #DALP #Nanofabricator

Over the past months, I’ve been working on developing an ultra-fast approach for screening compositions in doped material thin films. As a case study, we focused on Al-doped ZnO (AZO), where small variations in dopant concentration can significantly change functional performance, making precise control particularly challenging, especially in continuous deposition approaches. What makes this work interesting is not just the material itself, but how we approached the problem. Using DALP®, we were able to fabricate 81 different material compositions in a single experiment, generating a dataset that would typically take weeks or even months using conventional deposition techniques. In the upcoming webinar, I’ll walk through: • how we designed the experiment • how we controlled composition and structure • what we learned from exploring such a wide parameter space If you’re working with thin films, ALD, or complex material systems, I think you will find this approach relevant for your work. 📅 Join me on April 30 👉 Register here: https://lnkd.in/eVtskFfD

ATLANT 3D is heading to the Advanced Packaging International Conference 2026 in Brussels, Belgium, from 20–22 April. We are pleased to share that our Chief Technology Officer, Mira Baraket will be attending the event and delivering a presentation titled: Direct Atomic Layer Processing (DALP®): Spatially Localized, Multi-Material Fabrication for Next-Generation Devices from Discovery to Manufacturing. 🗓 Wednesday, April 22 🕒 09:40–10:00 In this talk, Mira will demonstrate how DALP® enables precise, localized, multi-material fabrication at the atomic scale, helping bridge the gap between materials discovery and scalable manufacturing. She will also discuss how this approach drives faster innovation in advanced materials and next-generation device development. Will you be at #APInternationalConference2026? Let’s connect, exchange insights, and explore what’s possible. 👉 https://hubs.li/Q04bVZhj0 #ATLANT3D #DALP #Nanofabricator

What if you could go from AI-designed material to physical reality in a single day? That's the foundry we are building. ATLANT 3D and (NUS Institute for Functional Intelligent Materials (I-FIM) have signed an MOU to establish a shared AI-driven materials discovery foundry in Singapore. This isn't another research partnership announcement. This is infrastructure for the future of materials science. Today, over 90% of new materials never leave the lab. Not because the science fails but because the physical tools to realize AI-designed materials simply don't exist at scale. That bottleneck ends here. Together with i-FIM, we're giving researchers the missing link between digital intelligence and physical matter a place where computational materials design meets programmable, atomic-scale fabrication through DALP® (Direct Atomic Layer Processing). For the researchers, professors, and postdocs pushing the frontier: This is the environment where your next breakthrough doesn't wait years to be proven. You test it. You make it. You publish it faster than the field thought possible. The age of AI-driven materials discovery has a physical home. Turning Digital Materials Discovery into Physical Reality. Atom by Atom® 👉 https://hubs.li/Q04ck3zf0 Sourav Mitra, Dr. Maksym Plakhotnyuk, Bonnie Tsim, Ph.D. #MaterialsScience #DeepTech #AIInnovation #AdvancedMaterials #NUS #Singapore #DALP #AtomicScale #FutureOfMaterials #ATLANT3D