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?
Microfabrication lies at the heart of innovation in electronics and sensor tech — but legacy workflows are complex, slow, and resource-intensive.
Dive into our blog on how we're reshaping semiconductor device fabrication 👉hubs.li/Q03q6rFD0
Want to see how atomic precision is transforming advanced packaging?
Join us at the EPoSS Annual Forum 2025 where our Application Scientist will unveil groundbreaking insights in his talk: “Direct Atomic Layer Processing for Enhanced Side Edge Passivation in Advanced Packaging”