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2020
01.
September
Structured glass portfolio: SCHOTT FLEXINITY® now more precise than ever before – available in mass production
SCHOTT, inventor of specialty glass and optical technology pioneer, has broadened its structured glass wafer portfolio FLEXINITY® for diverse industry applications. Tolerances are now below the ultra-tight 20 microns (± 10 micron threshold, enabling highly precise and accurate alignments with partner components. SCHOTT’s comprehensive product portfolio offers a broad range of thicknesses, from the ultra-thin 100µm to 3.3 mm. Wide formats of up to 600mm in width are also available. A new production line in Penang, Malaysia now operates on mass production scale. With FLEXINITY®‘s expanded structured glass product portfolio, SCHOTT can offer full services from product development up to mass production. More
01.
July
Reflective waveguides for Augmented Reality: Lumus and SCHOTT enter into Strategic Partnership
Lumus, the pioneering innovator of reflective waveguide displays for Augmented Reality (AR) devices, has joined forces with SCHOTT, the leading supplier to the growing AR industry. Based on a strategic partnership agreement between the companies, SCHOTT has built a manufacturing setup to supply Lumus’ core technology, the Lightguide Optical Element (LOE), which is based on reflective waveguide technology. More
17.
June
Better Together: Partnership of Two Industry Leaders Provides Fast and Easy Access to Optical Filters
Two top brands, Edmund Optics® and SCHOTT, have expanded their collaboration to better serve customer needs. More
06.
February
Sights set on the sun – DKIST delivers fascinating first images
The largest solar telescope in the world is using a mirror substrate made of the glass-ceramic ZERODUR® from SCHOTT

The first images from the Daniel K. Inouye Solar Telescope (DKIST) of the National Science Foundation (NSF) were published end of January: They show unprecedented details of the sun’s surface and offer a preview of the outstanding results that are expected from this 4-meter solar telescope. This imaging quality is made possible by a monolithic 4.26-meter mirror made of the glass-ceramic ZERODUR®. The huge mirror diameter and the extraordinary material properties make it possible to observe structures on the sun that are 25 kilometers in size, although the sun is almost 150 million kilometers away. This equates to observing a pea from a distance of 30 kilometers. The resolving power is thus 2.6 times higher than that of the largest solar telescope to date, the Big Bear Solar Observatory near Los Angeles, which also uses a primary mirror made of ZERODUR®. More
04.
February
德國肖特和英國WaveOptics建立戰略夥伴關系
全球領先的擴增實境硬件衍射光波導設計制造商WaveOptics在2020年西部光電展（Photonics West 2020）擴增實境/虛擬現實/混合現實分展上推出了一款創新技術方案。WaveOptics的這一新技術方案亮點是一款超輕量級的具有寬廣視場範圍的光波導硬件。WaveOptics新一代方案采用了肖特公司（SCHOTT）獨有的RealViewTM晶圓。此玻璃晶圓可規模化生產，達到1.8的高折射率，在行業內屬於最先進水平，並可實現無與倫比的圖像質量。這一戰略夥伴關系標誌著可穿戴擴增實境硬件的量產生態體系實現了新的裏程碑。肖特（841號展館）和WaveOptics（8號展廳）將在2020年舊金山舉辦的SPIE（國際光學工程學會）擴增實境/虛擬現實/混合現實展和西部光電展（2月1日-6日）期間研討擴增實境消費品開發遠景。 More
03.
February
SCHOTT and WaveOptics Enter Into Strategic Supply Partnership
WaveOptics, the leading designer and manufacturer of diffractive waveguides for Augmented Reality (AR) devices, has launched its new technology platform at the AR VR MR Expo at Photonics West 2020. The new WaveOptics technology platform features waveguides that are ultra-lightweight and offer a wide range of wide fields of view. This next generation WaveOptics platform will exclusively utilise SCHOTT’s RealView™ wafers, the industry’s most advanced high-index glass wafers proven in mass production enabling unsurpassed image quality for the 1.8RI substrate. This partnership marks the latest milestone in the development of a scalable ecosystem for the manufacturing of wearable AR devices. SCHOTT (booth 841) and WaveOptics (booth 8 in Demo Hall) will discuss their roadmap to consumer-AR at this years’ SPIE AR VR MR Expo and during SPIE Photonics West 2020 in San Francisco, Feb. 1-6. More
30.
January
SCHOTT launches static ceramic converters for superior luminance in the U.S.
New ceramic material is a strong enabler for compact laser light applications

The trend of the worldwide lighting solutions market is more and more focusing on laser light. These technologies promise manufacturers applications with superior performance in a smaller package, but also – thanks to innovative materials - to optimize performance and reliability of the light sources. Especially for laser-pumped phosphor light sources, experts from the international technology group SCHOTT have developed unique phosphor ceramic converter assemblies, which offer high irradiance and superior luminance. After its successful launch at the CIOE in China last year, SCHOTT will present an advanced static ceramic converters product line at the SPIE Photonics West in San Francisco, California, Feb. 4- 6, 2020. (South Hall, Booth #841) . Integrated on a heat spreader, they enable innovative, compact light sources without moving parts. During the SPIE Photonics West conference program, Dr. Volker Hagemann, Senior Application Manager Ceramic Converters at SCHOTT, will talk about the product and its impact on laser pumped phosphor light sources used in digital projection and specialty lighting. More
29.
January
SCHOTT, Inkron, EVG, and WaveOptics: Global AR leaders team up to enable next-gen waveguides at Photonics West
Prominent Augmented Reality (AR) companies join forces to accelerate the journey to consumer-grade AR wearable devices. SCHOTT, Inkron, EV Group (EVG), and WaveOptics present the world's first waveguides made on glass substrate with a refractive index of 1.9 and a matching nanostructured polymer – produced on a 300 mm wafer platform ready for mass production.

SCHOTT, a leading international technology group and the inventor of optical glass, now unveils SCHOTT RealView™ high-index glass wafers with a refractive index of 1.9 and a diameter of 300 mm. These wafers are the basis for high-volume next-generation AR waveguide manufacturing at lower cost per unit, while also maintaining the extremely high precision standards that AR demands. The nanotech company Inkron manufactures the resin that matches the refractive index of 1.9. The resin was used to imprint as many as 24 waveguides on a single 300 mm SCHOTT RealView™ 1.9 wafer using the fully integrated and volume-proven EVG HERCULES® NIL nanoimprint platform. This product combines the glass expertise of SCHOTT and the formulation and resin innovation of Inkron with the standard-setting nanoimprint lithography (NIL) capabilities of EVG by using a renowned waveguide architecture of WaveOptics, the leading optical design house for high-performance waveguides. All companies are united by their aspiration to shape the future of AR. SCHOTT (booth 841), Inkron (booth 5279) and WaveOptics (booth #8 in Demo Hall) will display their parts of the story at the upcoming Photonics West 2020 in San Francisco, Feb. 1-6. More
28.
January
Milestone: Tertiary mirror substrate for the ELT delivered
SCHOTT produces substrates for four of the five mirrors of the ESO telescope / Series production for the giant mirror to start in the spring

The SCHOTT technology group is manufacturing the material for a total of four out of five mirrors for the precise view into space that will be provided by the Extremely Large Telescope (ELT) at ESO (European Southern Observatory). It is considered to be the world’s most powerful telescope in the future. After components for the segmented fourth mirror (M4) had already been delivered in 2016 and the world’s largest convex 4.2 m secondary mirror (M2) in 2019, the tertiary mirror substrate (M3) has now left the SCHOTT headquarters in Mainz. The glass-ceramic substrate, which measures four meters in diameter, is ten centimeters thick and weighs 3.2 tons. It will be finely polished by the French company Safran Reosc for several months before it begins its journey to Chile on top of the Cerro Armazones that is over 3,000 meters high. The ELT is scheduled to have its “First Light” in 2025. Astronomers want to use the giant telescope (total value EUR 1.1 billion) to track down exoplanets outside our solar system, gain detailed knowledge of stars and galaxies in the still young universe and unravel the mystery of dark energy. More
2019
10.
December
Specialty glass helps to discover exoplanets
Swiss Nobel Prize Winners in Physics 2019 use spectrometers to measure star movements/ optical glasses are from SCHOTT More
22.
November
New Glass-Ceramic Competence Center inaugurated - SCHOTT invests EUR 30 million in Mainz
Specialty glass manufacturer SCHOTT has now officially opened a state-of-the-art CNC competence center for its glass-ceramic ZERODUR in Mainz, Germany, by holding a festive reception. Glass-ceramic components will be processed in accordance with individual customer specifications at the new production facility by using electronically controlled CNC machines. The investment amounts to more than EUR 30 million. Up to 70 highly qualified specialists will be employed here. More
10.
September
SCHOTT drives autonomous mobility forward
Glass solutions play a key role in improving LiDAR sensors in self-driving cars

When it comes to autonomous driving, light detection and ranging (LiDAR) technologies are the foundation upon which a next-generation machine vision can be built. LiDAR sensors, together with radar and cameras, will be linked by artificial intelligence (AI) to enable the highest level of advanced driver assistance systems (ADAS 5) and allow for full automation of all driving functions. However, none of the existing LiDAR technologies on the market today meet the performance and reliability requirements to support fully autonomous driving at a competitive price level. SCHOTT is prepared to propel autonomous driving into the future with the broadest range of high-quality glass components and hermetic packaging available to LiDAR manufacturers and suppliers at scale. More
28.
August
300-mm SCHOTT RealView™ high-index glass wafers with nanoimprints: SCHOTT and EV Group pave the way for Consumer grade AR/MR glasses
SCHOTT will exhibit the next landmark on the road to consumer grade AR/MR glasses in Hall 9 / Booth # 9E20 at China International Optoelectronic Exposition (CIOE), Shenzhen/China, from September 4-7. More
28.
August
Static ceramic converters enable superior luminance - A new product line from SCHOTT can accelerate the breakthrough of new compact laser light applications
The lighting solutions market seek laser technologies for their superior performance in a smaller package, and manufacturers demand sophisticated materials to optimize performance and reliability. For laser-pumped phosphor light sources, SCHOTT experts have developed special phosphor ceramic converter components, which power high irradiance and superior luminance. The international technology group SCHOTT will launch its new static ceramic converters product line at the CIOE 2019 in Shenzen, China (September 4 – 7, 2019). Integrated on a heat spreader, they enable innovative, compact light sources without moving parts. More
13.
June
50 years ago, Neil Armstrong became the first man to walk on the moon - Optical glasses from SCHOTT provided brilliant images
July 21, 2019 (UTC), marks the 50th anniversary of the historic moment when the American astronaut Neil Armstrong became the first man to walk on the moon. The international technology group SCHOTT AG, an expert on glass and glass-ceramics, used its optical glasses in the lenses of TV cameras and still cameras to help capture these most spectacular moments of manned space flight in fascinating images in the summer of 1969. In the world’s first worldwide TV live broadcast, over 500 million people around the globe watched Armstrong speak the legendary words: “That's one small step for a man, one giant leap for mankind.” More
13.
May
Next generation of SCHOTT RealView™ high-index glass wafers enables further expansion of Field of View in Augmented and Mixed Reality
Manufacturers of Augmented Reality (AR) and Mixed Reality (MR) devices have a new solution to boost user experience by using the new generation of SCHOTT RealView™ high-index glass wafers with a refractive index of 1.9. Deeply immersive AR/MR applications are now possible, enabled by a wider Field of View (FoV) of up to 65 degrees. SCHOTT’s researchers achieved these remarkable advancements by designing a glass formulation meeting the unique demands of the industry. SCHOTT’s Augmented Reality team will be available for technical discussions at booth 1334 at Display Week 2019 in San Jose, California from May 14 to May 16. More
15.
January
World’s Largest Convex Mirror Substrate Delivered
SCHOTT manufactured an extremely curved secondary mirror substrate made of ZERODUR® glass-ceramic in Mainz, Germany, for the ESO´s Extremely Large Telescope More