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A part of Beyond Gravity in almost every smartphone
by Staff Writers
Zurich, Switzerland (SPX) Dec 02, 2022

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The semiconductor business is booming: Modern microprocessors are needed to enable artificial intelligence and digital applications. With the new Lithography division, Beyond Gravity is strengthening its position in the semiconductor business as a key player in the supply chain and a strategic partner of ZEISS SMT.

Stronger, faster, better. Digitization is continuously increasing the need for more powerful end devices or applications, which is why ever more powerful microprocessors will be required over the next 15 years. The drive to reduce the size of microchips while increasing their performance is one of the key drivers in the semiconductor business.

The market is booming; forecasts indicate an expected volume for the semiconductor industry of over one trillion US dollars by 2030. As a result, demand for products to manufacture semiconductors is also growing.

For almost 20 years, Beyond Gravity has been supplying ZEISS - a leading global technology company in the optical and optoelectronic industry - with special stabilizers as well as apertures - technology that was originally developed for space travel. The stabilizers and apertures are required by ZEISS' Semiconductor Manufacturing Technology (SMT) division for the production of lithography optics, laser optics and other optical systems.

The basis for modern microprocessors
In turn, ZEISS SMT's customers include manufacturers of machines for the production of microchips. Thanks to lithography optics from ZEISS, these machines can expose silicon wafers with nanometer precision, thus creating the prerequisite for the production of ever smaller, more efficient and more powerful microprocessors.

"Our new Lithography division is Beyond Gravity's answer to the growing demand in the semiconductor business". Beyond Gravity's high-precision products have been a critical element in the industry's supply chain since 2001.

"We see great potential and are investing substantially in building our production capacity. Our collaboration with ZEISS has intensified in recent years and we will do everything we can to continue to support ZEISS as a reliable strategic partner in the future", says Andre Wall, CEO Beyond Gravity.

Christoph Hensche, Chief Operating Officer at the ZEISS SMT division, is also certain that the new setup is the right step for profitable growth: "The semiconductor market is dynamic and together with our customers, partners and suppliers we want to serve all market requirements. We welcome the new division of Beyond Gravity and the increase in production capacities, which are welcome to become effective even faster. We look forward to further close cooperation".

More than just space
In the coming years, the new division will grow from 140 to 180 employees at the Beyond Gravity sites in Zurich and Coswig. The stabilizers and apertures will be produced in state-of-the-art clean rooms that meet the stringent requirements in the lithography sector. The division is headed by Dr. Oliver Kunz, who was previously responsible for global engineering at Beyond Gravity. He emphasizes: "We are proud to be able to use our expertise in space technology outside of space. We are also proud of the fact that almost every smartphone has a piece of Beyond Gravity in it".


Related Links
Lithography Ddivision - Beyond Gravity
Computer Chip Architecture, Technology and Manufacture
Nano Technology News From SpaceMart.com


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NIST finds a sweet new way to print microchip patterns on curvy surfaces
Washington DC (SPX) Nov 25, 2022
NIST scientist Gary Zabow had never intended to use candy in his lab. It was only as a last resort that he had even tried burying microscopic magnetic dots in hardened chunks of sugar - hard candy, basically - and sending these sweet packages to colleagues in a biomedical lab. The sugar dissolves easily in water, freeing the magnetic dots for their studies without leaving any harmful plastics or chemicals behind. By chance, Zabow had left one of these sugar pieces, embedded with arrays of micromag ... read more

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