Justin English of @UWproteindesign joins the Science: A New Golden Age Summit to present frontier research from the Institute of Protein Design's Genesis Mission Phase II project: programmable matter.
Full keynote:
Launched in August: NANOFABRICATOR® PRO.
AI generates new material candidates. We discover them physically, develop the process, build device prototypes and integrate into manufacturing.
Conventional microfabrication workflows—mask preparation, lithography, deposition, etching—can take weeks or months.
Dive into the details in our blog👇
How to Enhance Rapid Prototyping with Atomic Layer Processing
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Are you exploring the frontiers of AI and materials science?
Join as at #AI4x, as they explore how atomic-scale precision and #combinatorialmethods are accelerating #advancedmaterials discovery. Discover how #ATLANT 3D’s #DALP® technology enables rapid prototyping.
The best way to predict your future is to create it. This isn’t a printed photo. It’s a 15 mm titanium oxide portrait of Abraham Lincoln, created using our patented Direct Atomic Layer Processing (#DALP®) technology.
As chip architectures become more sophisticated, advanced packaging plays a vital role in pushing performance forward by enabling smaller, more efficient transistors.
Explore our latest blog 👉Advanced Packaging for Microelectronics Using DALP®
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#ATLANT 3D is headed to #TNW2025 in Amsterdam!
We're thrilled to be part of Europe's most forward-thinking tech event and even more excited to see our CEO, Maksym Plakhotnyuk, Ph.D., take the stage among the boldest minds in innovation.
#WINNERXTC
What if you could print nano-thin structures—directly onto a surface—without etching, masks, or waste?
That’s exactly what DALP® (Direct Atomic Layer Processing) makes possible.
Heading to #ALD/ALE 2025 in Korea? Let’s connect!
Our VP of Technology, Mira Baraket, will be presenting breakthrough insights on how atomic-scale precision is shaping the future of device manufacturing.
#ATLANT3D#DALP#AdvancedManufacturing#Microelectronics#DeepTech
Even the smallest material flaw can derail microelectronic device performance, yield, and reliability. Traditional fixes? Time-consuming and costly.
👉 Learn how we’re expanding the horizons of microelectronics:
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More chips. More sensors. More energy. But fewer resources. At ATLANT 3D, we’re rethinking materials and manufacturing—Atom by Atom®. Our technology reduces waste, boosts performance, and accelerates the path from idea to device.
Curious how?