深紫外UV-BおよびUV-C LEDは、医療・工業分野で新たな用途開発が進んでいます。このような要求の厳しい分野で採用の機会を増やすには、効率性、寿命、1ワット当たりのコストという3つの要素が重要です。国際的なテクノロジーグループであるショットは、IR（赤外線）からUV-B、UV-Cにいたる幅広い用途向けに、非常に高い信頼性と優れた性能を実現する材料、部品およびLEDモジュールを提供しています。ショットは、2020年1月29日（水）～31日（金）に都内で開催される、深紫外（DUV）市場・LED応用の最先端技術展「LED Japan 2020」に出展します。熱特性を向上させた製品や、高紫外線透過性を備えた深紫外用途向けのホウケイ酸ガラス「RayVolution®（レイボリューション）」などの新技術を展示します（ブース番号： 2W-V25）。さらなる情報
SCHOTT presents a new glass ceramic for pellet stoves at the Progetto Fouco Trade Fair
The translucent-black fire-viewing panel makes flames a sight for the eyes and is an appealing alternative to double glazing.
SCHOTT has come up with a new product for pellet stoves for this year's Progetto Fuoco,. Translucent-black glass-ceramic ROBAX® NightView not only calms the bright and often agitated display of flames, it also conceals the technical and not always clean interior when the fire is out. The new fire-viewing panel will be on display for the first time from February 19 to 22, 2020, at the Progetto Fuoco Trade Fair in Verona, Italy (Hall 9, Stand C12).さらなる情報
SCHOTT Termofrost® Slimline reduces the frame dimensions of glass doors for freezer cabinets by half and significantly improves the view of goods
SCHOTT will be presenting a trend-setting market innovation at EuroShop 2020: Thanks to innovative frame construction, the international technology group has succeeded in reducing the dimensions of the profile structure for wall mounted freezer cabinets – by 50 percent com-pared to conventional glass door systems. At the same time, the slim frame design of SCHOTT Termofrost® Slimline is much more energy efficient.さらなる情報
Investment in the three-digit million euro range / 100 new jobs
By breaking ground, the specialty glass manufacturer SCHOTT has given the starting signal for the construction of a new production facility for sterile pharmaceutical primary packaging made of polymer at its Müllheim site in Germany. The state-of-the-art plant is to be built by 2022 with an investment volume in the three-digit million euro range and will then offer 100 additional jobs.さらなる情報
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®.さらなる情報
The new 2.25mL long syringe was developed for highly viscous biologics, which are administered by use of an autoinjector.
syriQ BioPure® syringes are specifically designed to keep sensitive biologic drugs stable over their shelf life while easing the administration process for patients. The portfolio now includes a new 2.25mL syringe format, which supports both the drug’s and patient’s needs when it comes to administering highly viscous biologics by autoinjector. The new container format will be introduced at Pharmapack trade show in Paris, February 5-6, where SCHOTT is presenting its full range of pharmaceutical containers at booth D60.さらなる情報
SCHOTT Primoceler’s bonding process used in a collaboration with Geissler Companies and IRD Glass - Development of safer, non-magnetic implant
Implantable devices can be safely encapsulated in miniature all-glass packages using SCHOTT Primoceler’s room-temperature bonding process that allows the use of heat-sensitive materials. This opens the possibility for non-magnetic materials to be used in implantable electronics, which have previously relied on heat-resistant ferrous metals as part of their construction.さらなる情報
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.さらなる情報
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.さらなる情報
With its SCHOTT® SingleEZ product family, the fiber optic lighting specialist introduces a smart and cost-effective solution for manufacturers of single-use endoscopes. It unites the advantages of glass fiber optic illumination with a modular plug-and-play concept, making the solution accessible to medical device makers without fiber handling know-how. The product family consists of a light guide, a light guide/camera combination and a full package including the light source. SCHOTT will launch the SingleEZ product family at Photonics West in San Francisco, February 4-6 (Booth #841), underpinning its recent entrance into the single-use endoscope market.さらなる情報
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.さらなる情報
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.さらなる情報
SCHOTT Glass India announces its sixth SCHOTT FIOLAX® Scholarship Program in India for higher studies in pharmacy; Young women students outperform again.
In the sixth year of SCHOTT FIOLAX® Scholarship Program, SCHOTT awarded ten scholarships to meritorious students pursuing Bachelors (B. Pharmacy) and Masters (M. Pharmacy) Degrees in Pharmacy in Mumbai and Gujarat.さらなる情報
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