ATLANT 3D is a Danish machine manufacturer that utilizes digital and atomically precise processing technologies to enable applications across the whole microelectronics value chain.
The company’s flagship solution is DALP® technology, an atomic layer advanced manufacturing technology based on hybrid Direct Atomic Layer Processing. The company explains that its system creates complex structures for microelectronics, semiconductors, and advanced devices in a single step.
By replacing traditional multi-step fabrication with direct atomic-scale manufacturing, this approach eliminates process complexity while reducing material waste by 90%. Different research teams use DALP® technology to create what was previously impractical or impossible, from quantum computing components to devices that will operate in space.
Atlant3D recently secured a $15M Series A+ funding round led by West Hill Capital. The funding was followed by the launch of NANOFABRICATORTM LITE as a product and a prototype of industrial multimodular NANOFABRICATORTM FLOW.
NANOFABRICATORTM LITE is a versatile system that uses DALP® technology to accelerate materials research, device R&D, and prototype development. The University of Vermont became the first institution to acquire the system, marking a significant milestone. ATLANT 3D has since established partnerships with over 50 industrial and research organizations, including major semiconductor manufacturers like STMicroelectronics, Sony, and several other Fortune 500 companies.
Moving forward, the company will focus on industrial product development, extension of its global innovation network, development of its application portfolio and strategic partnerships.
“This investment marks the next chapter for ATLANT 3D,” says Dr. Maksym Plakhotnyuk, Founder and CEO. “One of our key discoveries was that labs needed a way to build complex devices without the traditional constraints of multi-step fabrication as well as testing and adopting advanced high-quality materials. Our technology lets research teams create and test advanced materials and prototype devices in days instead of months and prepare them for scaling to manufacturing. With this funding, we’ll continue developing tools that make atomic-scale manufacturing accessible to any lab, accelerating the pace of scientific discovery and industrial adoption.
The demand we’re seeing from R&D, quantum computing, aerospace, automotive, communication, and semiconductor markets shows we’re solving a critical need and we are actively seeking partners who want to speed up their research cycles, develop previously impossible devices, and build the next generation of smart glasses, quantum computers, AI chips, and space-ready materials and devices.”
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