ショット日本 List of Products and Services

The MegaLight LED for shots is a slim and compact LED light source for fiber optic lighting. Compared to traditional 100W halogen light sources, it achieves 1.5 times the brightness with only 1/10 of the power consumption. By combining it with a specially designed multi-component glass fiber light guide, produced consistently from materials by an optical glass manufacturer, it allows for lighting with the power and heat sources separated, making it suitable for various applications. The MegaLight LED is fully compatible with the old models "MegaLight 100V and 200V," allowing the use of existing light guides. Additionally, the remote control function can also be used as is. *For more details, please refer to the PDF document or feel free to contact us.

• Special lighting

This is a vial adopted for vaccine containers against COVID-19, which caused a global pandemic starting in 2020. In addition to its low-temperature stability and integrity, a manufacturing system has been established to timely supply the quantities required by pharmaceutical companies to deliver vaccines worldwide in a short period. Sterilized vials along with rubber stoppers and caps are available for purchase online.

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Three out of four companies developing COVID-19 vaccines in clinical trials I, II, and III are supplied with SCHOTT products. SCHOTT Pharma Services provides pharmaceutical container compatibility testing for multiple formulation developments related to COVID-19. SCHOTT has supplied over 5 billion vials for COVID-19 vaccines. SCHOTT is already involved in GMP filling of syringes for COVID-19 vaccines. SCHOTT is currently executing the largest investment program in its history to rapidly expand manufacturing capacity and enhance technology at all manufacturing sites.

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SCHOTT's plastic syringe "TopPac" is used as a pre-filled syringe by many pharmaceutical companies around the world due to its excellent performance and quality. Recent studies have shown that even after repeated freeze/thaw cycles and storage or transportation at -80°C, container closure integrity (CCI) is maintained. It is expected to serve as a next-generation pharmaceutical packaging material that can replace glass containers for mRNA pharmaceuticals, which require ultra-low temperature storage, when considering the lifecycle management of pharmaceutical containers. Additionally, by applying a special silicone coating, particle generation can be minimized. It also excels in oxygen barrier properties. The product is delivered sterilized. Sizes range from 1ml Long to 50ml, and shapes can be customized.

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The vials (adaptiQ) that have been cleaned and sterilized using the ISO standard tab can be used immediately during formulation development. In mass production, changing vial sizes is easy, and it can accommodate a variety of formulations in small-scale production. Furthermore, it is also possible to use vials that have various coatings or special treatments. Additionally, this ISO standard tab is compatible with other cleaned and sterilized products from SCHOTT (glass syringes: syriQ and cartridges: cartriQ), allowing for the filling of different containers with the same filling machine.

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The GS glass rod, commonly known as "transition glass," was acquired from TRANSITION GLASS PRODUCTS LTD (TGP) in 2017. It allows for strong sealing between low thermal expansion (CTE) glass and materials such as metal electrodes. Typical applications include sealing tungsten electrodes of flash lamps to quartz glass.

• Special lighting

Shot has developed a new glass and process for GTAS(R) (Glass and Aluminum Sealing) that can hermetically seal aluminum (Al) with a high thermal expansion rate. In conventional hermetic terminals, the materials used were limited to Fe, SUS, FeNi, and KV due to the constraints of the thermal expansion rate of glass. In aluminum electrolytic capacitors and electric double-layer capacitors, sealing with rubber or resin does not achieve complete hermeticity, leading to issues such as electrolyte drying up and moisture intrusion from the outside, which result in reduced capacitance and a shorter lifespan. By using GTAS(R), customers can achieve complete hermetic sealing. This contributes to preventing capacitance reduction (miniaturization for the same capacitance, or increased capacitance for the same size) and extending lifespan.

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Shot has developed GTAS(R) (Glass and Aluminum Sealing) using a new glass and process that can hermetically seal high thermal expansion rate Al (aluminum). Conventional hermetic terminals were limited to materials such as Fe, SUS, FeNi, and KV due to the constraints of the thermal expansion rate of glass. Current lithium batteries are not completely hermetic due to sealing with resins and other materials, leading to issues such as electrolyte drying and moisture intrusion from the outside, which affect capacity reduction and long-term reliability. By using GTAS(R), customers can achieve complete hermetic sealing. Additionally, the reduction in the number of components in lithium batteries due to a simple design contributes to cost reduction for customers' batteries.

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SHOT has developed HEATAN® (High Heat Resistant Sealed Terminal) using glass-ceramic technology. While conventional sealed terminals have a heat resistance of around 300°C due to the limitations of glass's heat resistance, HEATAN® boasts an exceptionally high heat resistance capable of withstanding up to 1000°C. By using HEATAN® as an insulated terminal for various devices, such as sensors, in high-temperature and harsh environments from automotive engines to exhaust gases, it allows for the direct placement of devices in high-temperature areas. Additionally, its complete sealing prevents the intrusion of exhaust gases and water into the device. This enables the miniaturization and high precision of your devices. Due to the simple structure of the sealed terminal, the number of components is reduced, which can help lower costs for our customers.

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As a specialized manufacturer of optical fibers, we provide customized optical fibers and light guides tailored to our customers' applications, using multi-component glass fibers or low-loss quartz glass fibers over a wide wavelength range, all manufactured consistently from materials. We will solve our customers' challenges with our assembly technology for optical fibers, developed through years of experience.

• Information and communication equipment and infrastructure

SCHOTT enables the miniaturization of various sensors for semiconductor and electronic components, such as RF front-end applications that are central to communication technology, by providing a range of glass materials with different types and thicknesses, including ultra-thin glass of 30um, as well as products with precision hole drilling. For thin glass used in 3D imaging and sensing components (such as CMOS, WLP, WLO, and IR cut filters), we offer the D263 series, MEMpax, TEMPAX Float, AF32eco, and B270 series. The innovative hole-drilled glass substrate FLEXINITY, which has precise shape accuracy and high surface quality, is also supplied for various applications in 3D image sensing, including automotive pressure sensors, ToF cameras, structured light, and stereo cameras. CTE values for each glass type (unit: 10–6 K–1) ■D 263 T eco 7.2 ■TEMPAX Float 3.25 ■AF 32 eco 3.2 ■B 270 9.4 *For more details, please refer to the materials.

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Through 'SCHOTT NEXTERION(R)', which specializes in the manufacturing of coated and uncoated glass substrates for research, diagnostics, and many other life science applications, our customers can tackle future diagnostic challenges with greater precision, reproducibility, and efficiency. Joining this SCHOTT group is MINIFAB, a contract manufacturing company for medical diagnostic devices and life science equipment with over 18 years of experience. Through the partnership between MINIFAB and SCHOTT NEXTERION(R), we can provide world-leading diagnostic and life science products in glass, polymer, and hybrid formats. We strongly support all those involved in the research and diagnostics of COVID-19. 【Points where we can assist you】 ■ Contract development and manufacturing of COVID-19 immune devices ■ Contract development and manufacturing of COVID-19 molecular devices ■ Manufacturing of polymer diagnostic consumables ■ Coated and uncoated glass substrates for diagnostics and research *For various products, services, and company information, please refer to the materials available for download below under "PDF Download."

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"Epoxy silane coating" is the most common surface chemistry technology and is widely used in diagnostic applications. A multifunctional epoxy silane layer is formed on the substrate, which covalently bonds with most types of biomolecules, including amino-modified or non-amino-modified DNA, RNA, and proteins. Additionally, a uniform epoxy silane layer is formed on a defect-free surface, allowing for highly efficient covalent bonding and significantly reducing background levels. 【Features】 ■ Widely used in diagnostic applications ■ Covalently bonds with most types of biomolecules ■ Easy-to-handle substrates ■ Various protocols for different applications are published ■ Compatible with both standard and custom formats *For more details, please refer to the PDF materials or feel free to contact us.

• Plate glass and mirrors

"Amino silane coating" is a coating that binds to the surface through the ion attachment of amine groups formed on the surface and negatively charged phosphate groups of the DNA backbone. By using very short amino silanes, it achieves high signal sensitivity and very low background noise signals compared to conventional amino silane-coated substrates. Additionally, it is manufactured using standardized processes in an ISO Class 5 cleanroom environment, applying a strict quality control system. 【Features】 ■ Our optimized proprietary thin film formation process ■ Excellent reproducibility both within and between lots ■ Physical and functional quality control ■ Manufactured in a cleanroom compliant with ISO Class 5 standards ■ Related processes prepared to meet the needs of diagnostic companies *For more details, please refer to the PDF materials or feel free to contact us.

• Plate glass and mirrors

"NEXTERION(R)" is a brand of clean substrates and coated substrates used in research, diagnostics, and various other life science fields. With over 15 years of experience in microarray and lab-on-a-chip solutions, we offer a wide range of standard products and functional coatings for DNA, protein, and cell applications. Additionally, to meet the needs for custom products, we develop unique shapes, materials, coatings, and marking technologies. 【Features】 ■ Brand of clean substrates and coated substrates ■ For DNA, protein, and cell applications ■ Wide range of standard products and functional coatings ■ Custom product needs accommodated ■ Development of unique shapes, materials, coatings, and marking technologies *For more details, please refer to the PDF document or feel free to contact us.

• Plate glass and mirrors
• Processing Technology

We would like to introduce the "Glass Wafer" handled by Shot Japan Co., Ltd. This product can be made as thin as 30 micrometers (μm) and is also very flexible. With new manufacturing technology, precise edges and structures can be created. Additionally, substrate materials such as TEMPAX Float(R) and D263(R) bio have high transmittance and low self-fluorescence, greatly contributing to the advancement of diagnostic equipment. 【Features】 ■ Can be made as thin as 30 micrometers (μm) ■ Very flexible ■ Capable of creating precise edges and structures ■ Greatly contributes to the advancement of diagnostic equipment *For more details, please refer to the PDF document or feel free to contact us.

• Plate glass and mirrors
• Glass Decoration Materials

"PreScora" enables the production of highly customized coated and pre-cut substrates for demanding applications through our unique laser processing. In addition to standard formats in life sciences, such as SBS-compliant microplates and microscope slides, we can also process custom formats. Furthermore, the coating process is conducted in a clean room compliant with ISO Class 5 standards, allowing for the manufacturing of high-performance consumables with extremely high quality. [Features] ■ Our unique laser processing ■ For demanding applications ■ Capable of producing coated and pre-cut substrates ■ Supports various formats ■ Capable of marking logos, barcodes, etc. *For more details, please refer to the PDF document or feel free to contact us.

• Plate glass and mirrors
• Processing Technology
• Glass blocks and crystallized glass

This article introduces examples of wastewater treatment and algae cultivation using a photobioreactor made with DURAN(R) glass tubes. DURAN(R) is a registered trademark of DWK Life Sciences GmbH. Recycling limited water resources is a significant challenge for humanity. In the wastewater treatment example presented here, contaminated wastewater is purified using a closed photobioreactor. The photobioreactor is constructed by placing glass tubes horizontally and stacking them on top of each other. Biological activity and photosynthesis occur due to the greenhouse structure and light source. ■ United States A biological method using algae that purifies water for reuse while simultaneously obtaining valuable biomass as a byproduct. ■ Austria An example of a photobioreactor using 43,000 shot glass tubes.

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TEMPAX Float®, born in Germany, is the world's first borosilicate glass produced using the float method. It combines high quality with excellent flatness, outstanding thermal properties, optical properties, chemical properties, and mechanical properties. A new milestone has been achieved with the introduction of TEMPAX Float® HT. In addition to the conventional product characteristics, TEMPAX Float® HT has been developed to achieve higher transparency by optimizing its chemical composition. 【Key Features】 <Exceptional High Transmittance> - High transmittance in the visible light, near-infrared, and near-ultraviolet wavelength ranges - Outstanding appearance and optical clarity - Low fluorescence and resistance to solarization - Significantly improved colorless appearance - Enhanced internal light transmittance across the entire long light travel distance - Low color shift in the visible light range *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Plate glass and mirrors

Since its launch, the CERAN® glass-ceramic cooktop has sold over 150 million units worldwide, representing the tradition, quality, and innovation of Schott. Launched in 1971, the CERAN® glass-ceramic cooktop features a beautiful design and excellent functionality, bringing a new era to kitchens. In 2018, due to its achievements, the CERAN® glass-ceramic cooktop was selected as a "Brand of the Century" by the German Zeit Publishing Group.

• Glass Decoration Materials
• Glass blocks and crystallized glass
• Water heater Cooker IH

Most substances are decomposed by acids and alkalis. However, borosilicate glass remains almost unscathed even when immersed in boiling hydrochloric acid for six hours. It is an essential material for chemical applications that use highly reactive substances.

• Glass Decoration Materials

"NEXTREMA(R)" is a glass-ceramic with a beautiful glass-like glossy appearance and excellent thermal, chemical, optical, and mechanical properties. Its smooth surface is resistant to scratches and can be written on with a marker that can be erased, allowing for various uses such as a whiteboard, kitchen walls, and table tops, all limited only by your imagination. It is a versatile material with excellent heat resistance, thermal shock resistance, and chemical resistance, suitable for various environments. Available colors include black, gray, blue-gray, white, and translucent white, with thicknesses ranging from 2 to 8 mm. [Examples of Use: Office] ◎ Partition that can be written on with drawings or text ◎ Whiteboard and partition for personal desks ◎ Whiteboard and screen ◎ Magnet board (with a metal plate attached to the back) *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Glass blocks and crystallized glass

The "Restoration Glass" from Shot has a similar atmosphere to the window materials used in old buildings, making it ideal for faithfully restoring historical structures from various eras. The glass, manufactured using the traditional technique known as the Full-Crown method, possesses the unique ambiance of historical window glass from different periods. It is essential for recreating the atmosphere of the 18th and 19th centuries. Additionally, it can be processed in various ways, from UV cutting to insulation, meeting the needs of both historical charm and modern architectural requirements. 【Features】 ■ Accurately reproduces styles from various eras ■ Ideal for faithfully restoring historical buildings ■ Various processing options available, from UV cutting to insulation ■ Meets diverse needs of modern architecture ■ A wide range of processing options (laminated glass, coatings, insulated glass units, etc.) For more details, please refer to the catalog or feel free to contact us.

• Glass Decoration Materials
• Window and shutter openings
• Lighting

"DURAN(R)" for laboratory use is a borosilicate glass characterized by high heat resistance and impact resistance. It has high durability against water, acids, alkalis, and salts. Additionally, as a well-established brand in the laboratory products industry, it complies with all major standards, allowing for safe use. DURAN(R) is a registered trademark of DWK Life Sciences GmbH. 【Features】 ■ For laboratory use ■ High quality ■ High heat resistance ■ Equipped with impact resistance ■ Complies with major standards *For more details, please refer to the catalog or feel free to contact us.

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The CONTURAX glass tube (R) with irregular shapes is used for applications that require design products such as architectural interiors, exhibition displays, lighting, and cosmetic bottles. Made from heat-resistant borosilicate glass, it excels in heat resistance and thermal shock resistance, making it suitable for use in high-temperature environments such as design lighting. We stock over 30 different sizes and designs at all times, and custom manufacturing is also available. CONTURAX glass tubes (R) are adopted in various everyday scenes. 【Examples of Use】 ● Chandeliers ● Shopping mall store decorations ● Boutique and brand store decorations ● Design lighting for major bank entrances ● Walls (partition walls) in office conference rooms ● Entrance lighting for city apartments ● Exterior wall decorations for university buildings ● Chapel decorations ● Design lighting for nightclubs and bars ● Various art pieces ● Cosmetic bottle containers and more *Please contact us, and we will send you a catalog of construction examples.

• chandelier