ATLANT 3D Nanosystems wins Good day Tomorrow World Problem 2021 »

Because the World Summit got here to an in depth, Good day Tomorrow introduced the successful startups of the seventh version of their World Problem: ATLANT 3D Nanosystems was awarded the 2021 Grand Prize for its μSADALP atomic layer 3D printing know-how.

This yr’s version has revealed different and promising improvements, notably within the vitality and healthcare sectors. Within the present context, technological breakthroughs resembling artificial biology, carbon sequestration and quantum physics are demonstrating their basic function in resolving the local weather and well being crises. Difficult standards and a jury composed of scientists, entrepreneurs, buyers, and trade leaders, has led to the collection of 12 tasks with a robust sustainable influence, chosen among the many 76 startup finalists.

“2021 is a particular yr for Good day Tomorrow: our 10 yr anniversary,” mentioned Arnaud de la Tour, Co-Founder & CEO Good day Tomorrow, “the subsequent decade should be outlined by systemic change, with science and disruptive applied sciences at its core. Our mission for this subsequent decade is due to this fact to form and speed up this wave of innovation, that is the function of the World Problem. It’s towards this backdrop of the local weather emergency, the pandemic and COP 26 that our community of 1000’s of startups are presenting disruptive options to the world’s greatest challenges.”

ATLANT 3D Nanosystems received the Grand Prize from Good day Tomorrow for his or her answer that facilitates microelectronics manufacturing atom by atom leveraging their superior atom layer 3D.printing know-how. The Danish firm permits on-demand next-generation microdevices printing on easy and complicated surfaces, atom-by-atom. Atlant 3D’s proprietary know-how, (μSADALP) is described as “the primary ever on-demand atomic layer 3D printing know-how primarily based on hybrid Microreactor Selective Space Direct Atomic Processing”. It has potential purposes in MEMS and Built-in Sensors, Microfluidics and Lab-on-Chip, RF-devices, Optical and Photonic Units, Quantum and Vitality-Harvesting/Storage Units. These could possibly be manufactured with beforehand inconceivable performance and pace at a fraction of price.

The know-how developed by ATLANT 3D entails the sequential deposition of gasses for atomically exact patterning of varied supplies (as much as 450 totally different commercially out there supplies are potential). Thus far it has been examined with TiO2 (titanium oxide), Pt (platinum), ZnO (zirconia), SiO2 (silicate), that are a few of the most complicated and high-performance utilized in 3D printing right now.

μSADALP know-how additionally guarantees to implement fast atomic layer prototyping and manufacturing, with extremely selective atomic layer patterning to attain glorious 2D/3D conformal deposition on easy and complicated surfaces. It might additionally mix a number of supplies with glorious compatibility and obtain glorious sample adhesion to nearly any floor.

By printing conformally totally different supplies, μSADALP know-how permits the creation of high-quality multi-stack patterns and layers for complicated units with a print decision of 400 µm line width (25 µm in growth) and atomic monolayer (0.2 nm) of vertical decision (!). It additionally permits unprecedented selective patterning on flat, corrugated and porous surfaces, with floor roughness as much as 20 μm, microfluidic channels and optical gratings, and nanostructure surfaces (nanopillar, nanograss and many others.). Substrate supplies might be tailored primarily based upon buyer necessities.

Final June, the ATLANT 3D Nanofabricator 0G, the first-ever selective space direct-write atomic layer zero gravity R&D unit, was bought by NASA. The American area company will use ATLANT 3D system for micro and nil gravity experimental selective space skinny movies deposition for superior purposes. Based mostly on Nanofabricator 0G, ATLANT 3D has additionally developed a brand new product – Nanofabricator Lite (TM), for on-demand digital supplies growth and micro and nanodevice prototyping, to help researchers and innovators with fast supplies and system growth.

Among the many different successful startups (not associated to 3D printing however nonetheless fascinating), Oxyle took second prize, with a know-how that eliminates extremely persistent, natural pollution from industrial and municipal wastewaters. Lypid took third prize for growing a vegan fats that may be tuned to specific textures and melting factors, mimicking animal fats.