オプトシリウス List of Products and Services

The RG Raman is a high-performance and reliable Raman spectrometer. It combines high sensitivity, high resolution, and excellent durability, making it ideal for users seeking precise chemical analysis. It is a versatile tool that can handle a wide range of applications, from analyzing complex chemical compositions to quality control of materials. Additionally, it can be connected to a microscope. The software supports Raman measurements with intuitive operation.

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Lightnovo's miniRaman spectrometer is an innovative portable Raman spectroscopic measurement device. It offers excellent performance in a compact design, providing rapid and accurate chemical analysis at a low cost. Its portable design and battery operation make it versatile for a wide range of applications, from fieldwork to laboratory research. It can also be connected to a microscope. The software allows for intuitive operation, supporting Raman measurements with its portable design.

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LumiSun-50 is compact and low-cost, with a radiation intensity of 0.1 to 1.2 Sun, achieving excellent spectral match with AM1.5G by using 35 wavelengths of LEDs. It has a long lifespan of over 20,000 hours and can create a highly uniform irradiation surface of 50mm x 50mm with its unique optical system, allowing for stable intensity and spectral shape over long periods with a well-experienced electronic cooling system. Additionally, the intensity of each wavelength's LED can be adjusted, enabling customization to the desired spectral shape.

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The FALCO film thickness 2D mapping system is a system that can measure the thickness distribution of thin films formed mainly on glass or semiconductor wafers quickly and with high resolution. Depending on the conditions, it can accurately determine values from thin films of a few nanometers to relatively thick areas on the order of micrometers (equivalent to silicon).

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The SKOP (Starter Kit for Optical thickness measurement) optical film thickness measurement system measures the spectral reflectance of optical thin films and determines their thickness by analyzing the spectrum. The thin film on the substrate acts as an etalon, causing an interference pattern in the reflection spectrum. The spacing between the peaks of the sinusoidal pattern is correlated with the refractive index of the material and the thickness of the film. In SKOP, the interference pattern is analyzed using dedicated software to convert it into film thickness.

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LumiFiber is ideal for fiber optic applications in industrial, medical, and experimental devices. This coupler incorporates the company's LumiBright light engine, which features interfaces for light guides and fiber bundles. It provides a compact, homogeneous, and robust light source, with up to 25W of ultraviolet, visible, and near-infrared light, making it perfect for use in high-performance endoscopes and borescopes.

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The LumiDL Illuminator achieves unprecedented speed and resolution for ultraviolet DLP applications by having a very uniform light flux density over a large area. The patented modular device combines a densely arranged UV LED array with a non-imaging collection optical system optimized for the DLP chipset. The kit, which includes the optical module and driver, allows for quick and easy replacement of the light engine without the need for readjustment or alignment.

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With over 30 years of history, INOVATIONS IN OPTICS offers a wide range of LED products to meet various customer needs. The LumiBright light engine provides high radiant power of up to 30W from various beam angles and apertures. Thanks to patented technology, it achieves high light collection efficiency and a very uniform beam without the need for additional optical components. It allows for individual control of ultraviolet, visible, and near-infrared light, has excellent thermal resistance, and is equipped with real-time temperature monitoring. This results in even longer-lasting LEDs. For other LED products, please refer to our catalog or contact us.

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● Supports a wide wavelength range of 190-1150 nm (dependent on the grating) ● Resolution and throughput can be adjusted according to your requirements ● Achieves high-speed measurements with a minimum exposure time of 1 µs ● High S/N ratio (380:1) allows for lower noise and higher precision measurements compared to conventional standard types Demo units are available for loan! Please feel free to contact us via the inquiry form! 【For customers using Ocean Optics products】 The following products have been discontinued: HR2000/HR4000/MAYA2000PRO We are currently providing information on this product.

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AQM's H-SiOx is a negative-type resist available in both powder and solution forms. It offers performance comparable to Dow XR-154 and FOX. Each form has its own characteristics. 【Powder】 Long-term storage possible: Can be stored for up to one year, allowing for usage in small amounts over an extended period. Immediate availability: Can be obtained quickly when needed. Consistent viscosity: Does not thicken as it is mixed before use. Adjustable concentration: Can create a wide range of film thicknesses tailored to applications. Highest level of line width: Achieves a line width of 7nm. 【Liquid】 Available for purchase in small quantities: Can be tailored to the required amount. Short delivery time: Delivery can be made within one month after order. Made to order: Can be delivered with a longer shelf life. Highest level of line width: Achieves a line width of 7nm. For inquiries, please contact our representative, Kitano.

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The Ocean ST is a spectrometer that achieves an ultra-compact size comparable to a golf ball while featuring excellent UV response (185-650 nm), high-speed spectral acquisition, and a high signal-to-noise ratio. Despite its small and lightweight design, it enables complete spectral analysis with performance comparable to large, expensive spectrometers. The Ocean ST is ideal not only for everyday lab use but also for integration into devices or setups with limited space. It accommodates a wide range of applications, from measuring the absorbance of DNA to evaluating the characteristics of lasers. If you would like to evaluate a demo unit, please feel free to contact us through the inquiry form!

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AQM's H-SiOx can be stored in powder form for a long time and is a negative-type resist that can be used after mixing with a solvent before use. Compared to pre-mixed types that are already combined with a solvent, it does not thicken, allowing for consistent film thickness, and viscosity can be adjusted to create various film thicknesses. Additionally, with a shelf life of one year, it is an economical resist with minimal waste. Recent tests have achieved a line width of 7nm. 【Features】 - Long-term storage possible (1 year) - Consistent viscosity for use at any time... it does not thicken since it is mixed with a solvent before use. - Wide range of film thicknesses can be created by adjusting viscosity - 5nm film thickness, 7nm resolution - Reduction in waste... available for purchase in small quantities. - Comprehensive support system - Excellent LER (Line Edge Roughness) - Strong resistance to dry etching For more details, please refer to the catalog or contact our representative, Kitano.

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The Ocean SR spectrometer from Ocean Insight is a versatile spectrometer that achieves high-speed spectral acquisition and top-class S/N performance. It is ideal for applications such as laser characterization, plasma monitoring, and DNA/RNA absorbance measurements, combining high speed (minimum exposure time of 10μs) and excellent S/N (380:1). It enables application diversity without the trade-offs seen in other compact spectrometers. 【Product Details】 Modular - Configurable to meet applications and needs across a wavelength range of 185-1100nm Compatibility - Operates with Ocean Insight light sources, accessories, and software User-replaceable slit - Allows changes to the spectrometer's resolution and throughput as needed Compact and lightweight - 89.0 mm x 63.5 mm x 31.3 mm, 275 g 【Main Applications】 Laser characterization Plasma monitoring DNA/RNA absorbance measurements For more details, please refer to the catalog or contact us. Demo units are also available.

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This product is a system that combines the spectrometer from Ocean Insight and the integrating sphere from Labsphere, capable of evaluating optical characteristics in the range of 210-1050 nm. By using Spectralon, which exhibits high reflectance characteristics even in the ultraviolet region, it enables the rapid measurement of total radiant flux (W) of ultraviolet light and total luminous flux (lumen), peak wavelength, and FWHM, which have seen increased demand in the sterilization field in recent years. The system is pre-calibrated for sensitivity, allowing you to measure the characteristics of sample light immediately without going through cumbersome calibration procedures. We will propose a system tailored to your needs. A demo unit has been prepared for you to evaluate in practice. Please contact us for more details.

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BaseSpion is a desktop light distribution measurement device that is the perfect tool for any lab. All drivers, including power analyzers and goniometers, are built-in and very compact. Additionally, with an option, you can upgrade BaseSpion to "BaseSpion UV-VIS," allowing you to measure part of the UV-C range, which has seen increasing demand in recent years. BaseSpion UV-VIS can measure 3D light distribution and color for both visible and UV light simultaneously. By understanding the light distribution characteristics of UV radiation, users can enhance the efficiency of UV disinfection and curing. For more details, please download the catalog or feel free to contact our representative.

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NIRQuest+ is the next-generation near-infrared spectrometer model from Ocean Insight. The NIRQuest+ series has improved the design of the optical bench, achieving approximately 2.5 times higher sensitivity compared to the previous model. It is suitable for applications such as moisture content sorting in fruits, plastic recycling, and chemical concentration measurement, and can be used not only in laboratories but also on samples flowing on a conveyor line, for example. Demo units are available for loan sequentially. Please take this opportunity to evaluate it. For more details, please refer to the catalog or contact us.

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The ASTERIA from ADMESY is a light flux measurement device suitable for measuring luminance, illuminance, and flicker. It provides fast measurement results in manufacturing environments. Designed for inline use based on the ADMESY platform, it can be easily implemented thanks to its integrated computational capabilities. ASTERIA can be used in multiple configurations. The lens-based system can measure luminance and flicker. The cosine collector configuration allows for the measurement of illuminance and luminous intensity. The fiber version can be connected to a remote cosine collector/lens system or an integrating sphere.

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ADMESY's HYPERION is a high-speed XYZ colorimeter equipped with nearly perfect filter characteristics and ultra-high sensitivity. It features a user-friendly design for inline color measurement applications such as display manufacturing. Housed in a robust and compact package, it adapts to various situations. There are single/multi-lens and multi-angle versions available.

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The ADMESY ATLAS system is the ultimate imaging colorimeter that integrates a NIST-traceable calibrated spectrophotometer [380-780nm] and a high-speed sampling photometer. It is capable of testing the uniformity of brightness and color of displays and LED panels, response time, and flicker. By performing all display tests, including VCOM adjustment and white point adjustment, with a single device, it minimizes investment in the system and the footprint of the factory. It can also test the uniformity of brightness and color, flicker analysis, and startup behavior for large emitting surfaces such as backlit textiles with matrix projection and organic LED lighting fixtures. Additionally, it is designed for quick integration into manufacturing environments, thanks to its robust mechanism, reliable electronics, and easy-to-develop software architecture.

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VisoSystems' LabSpion is a photometric measurement system that covers a wide range of light sources, from small lamps and LED chips to large panels and streetlights. To meet the increasing demand in the UV-C range, it is capable of measuring from 200nm and above. With a 2-axis goniometer, it can measure the photometric distribution of a wide variety of light sources. It provides LDT and IES files for lighting design. Thanks to its unique technology, it enables light flux measurement using a spectral sensor and an integrated power analyzer, allowing for rapid measurement of all data. Additionally, with an optional upgrade, LabSpion can be enhanced to "LabSensor UV-VIS." The LabSensor UV-VIS can measure 3D photometric and color measurements of visible and UV light simultaneously. By understanding the photometric characteristics of UV radiation, users can enhance the efficiency of UV disinfection and curing. For more details, please download the catalog or contact us.

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The HISpower series from Infrasolid is a high-power, high-efficiency infrared source suitable for high-precision gas detection, gas monitoring, and infrared spectroscopy. It features very high radiative power in the mid-infrared range due to its wide radiation area and broad spectral emissivity. With hermetic housing technology, soldered sapphire, CaF2, and BaF2 windows can be used in harsh environments. The hermetic seal allows for the filling of special inert gases within the package, achieving energy savings. We also offer other CAN-type and SMD-type IR light sources. For more details, please contact our representative.

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The HISbasic series from Infrasolid features TO-39/TO-5 package emitters with radiation characteristics close to blackbody radiation, achieved through a reflector structure for high-efficiency emission. They are suitable for a wide range of applications across a broad wavelength range. With a low emitter temperature of 600°C, they have a long lifespan. We also handle other CAN-type and SMD emitters. For more details, please contact our representative.

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Infrasolid's HIS SMD series is a compact and powerful SMD package infrared radiation source. It can be used for a wide range of applications including gas detection, breath analysis, and smart devices. Thanks to its unique gold nanorod structure, it provides broadband, high-efficiency infrared radiation. Energy savings have been achieved by cutting output in unnecessary wavelength ranges. It is ideal for portable applications. Our patented unique manufacturing process allows for flexible production of emitter shapes. Emitters are available without a window, as well as with Si-ARC, sapphire, or ZnSe windows. We also offer a CAN-type IR light source lineup. For more details, please contact our representative.

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★We have started handling "LED-related products" from Doric Lenses★ We offer a wide range of modules, drivers, and light sources equipped with optical systems that enhance the output efficiency of LEDs. We have products with advanced technology, including multi-output LED light sources and LEDs equipped with optical systems that combine multiple LEDs into a single optical fiber. 【Product Lineup】 ■ LED Driver Related ・ LED Drivers ・ TTL Pulse Generators ・ Programmable Drivers ■ LED Light Source Related ・ LED Modules (1 to 4 wavelengths) ・ LED Modules + LED Drivers (1, 2, 4 wavelengths, multi-channel) For more details, please refer to the catalog.

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We manufacture and sell high-quality optical components for various fields through cutting-edge manufacturing, advanced product development, and meticulous quality programs.

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Quantum dot coating agents are the latest products that mix acrylic-based UV-curable resins/silicone-based resins with quantum dots used in LEDs, lighting, displays, biomedical applications, and solar power generation. By undergoing special treatment before being mixed with UV-curable resins, it becomes easier to conduct fundamental research and development prototypes that were previously difficult. The resin used has low viscosity and can be cured with ultraviolet light, making it primarily suitable for coating applications. 【Key Points for Selection】 ● This product allows for the easy formation of a quantum dot coating layer. ● Ideal for fundamental research, development, and prototyping applications. ● Excellent stability against temperature and UV.

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Cadmium selenide nanocrystals are cadmium selenide quantum dots coated with multiple layers of zinc sulfide, a semiconductor. The zinc sulfide coating around the cadmium selenide quantum dots serves to stabilize and protect the unique optical properties of the cadmium selenide quantum dots from damage due to environmental influences. The core/shell nanocrystals achieve the same absorption and emission characteristics as the cadmium selenide core while exhibiting brighter emission, superior stability, and processability, thereby increasing control over interfacial chemistry. These core/shell nanocrystals are provided in a state stored in water or nonpolar solvents.

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Cadmium selenide nanocrystals are well-known single-crystal semiconductor nanoparticles that function as quantum dots. The uniqueness of these quantum dots arises from the variation in optical and electrical properties due to the size of the particles, as well as the flexibility in processing possibilities. The size of these quantum dots ranges from 2 to 7 nanometers, and they possess optical properties across the entire visible spectrum (from blue to red). Typical cadmium selenide quantum dots are inorganic semiconductors coated with organic ligands on their surfaces. These ligands enable the stability, solubility, and processability of these nanocrystals in solvents. Quantum dots absorb a wide range of light and emit limited light. This property allows for the emission of true colors at specific wavelengths when excited by a broad spectrum of light. The luminescent potential of quantum dots is determined by the quality and size distribution of the nanocrystals in the solvent.

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Cadmium sulfide nanocrystals are single-crystal semiconductor nanoparticles that are well-known as quantum dots. The uniqueness of these quantum dots arises from the fact that their optical and electrical properties vary with particle size, and they offer flexible processing possibilities. The size of these quantum dots ranges from 2 to 7 nanometers, and they possess optical properties across the ultraviolet to blue wavelength spectrum. Typical cadmium sulfide quantum dots are inorganic semiconductors coated with organic ligands on their surface. These ligands enable the stability, solubility, and processability of these nanocrystals in solvents. Unlike organic dyes, quantum dots absorb a wide range of light and emit a limited spectrum of light. This property allows for the emission of true colors at specific wavelengths when excited by a broad range of light. The luminescent potential of quantum dots is determined by the quality and size distribution of the nanocrystals in the solvent.

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Iron oxide nanocrystals utilize the strong magnetic properties of iron oxide and are incorporated into nanosized materials. The iron oxide nanocrystals provided by NN-Labs achieve excellent size and size distribution characteristics to enable their use in high-level applications that require strict control over the properties and features of the nanocrystals. These high-quality iron oxide nanocrystals exhibit exceptional magnetic properties as they approach pure bulk iron oxide and also possess the ability to be biologically functionalized in numerous applications. NN-Labs' iron oxide products can be provided in a state stored in non-polar solvents or water, or in powder form.

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For research and educational purposes, indium phosphide-based quantum dots are a high-quality, environmentally friendly product that replaces cadmium selenide-based quantum dots without containing heavy metals. Cadmium selenide-based quantum dots, which are the flagship product of luminescent emitting quantum dots, are well known for their high toxicity and environmental harm. However, due to the lack of alternative materials, cadmium selenide-based quantum dots are still widely used. NN-Labs has developed a product line of quantum dots based on indium phosphide (InP). This product is high-performance while avoiding the use of cadmium, a level A hazardous substance, and can withstand commercial applications with zero cadmium usage.

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High-quality cadmium telluride (CdTe) quantum dots for solar cell applications. Compared to conventional silicon solar cell modules, these nanocrystals can be coated on thin, flexible substrates to reduce the overall size and mass of the cells, making them particularly interesting for researchers developing thin-film solar cells. Furthermore, by employing nanosized particles, it is possible to capture the same level of sunlight with a smaller amount of material. Cadmium telluride (CdTe) quantum dots possess the same level of functionality as other products with excellent size distribution, high stability, and quality.

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Gold nanoparticles are of particular interest in the biomedical field due to their potential to utilize biomolecules, and they can be easily observed using a wide range of imaging systems, including UV-visible cameras, TEM, and SEM. Gold nanoparticles are used in a wide range of applications, from plasmonics-related and biosensor development to immunostaining, as well as in chemicals that enhance X-ray contrast and standards for SEM, TEM, UV-VIS cameras, and AFM. These high-quality gold nanoparticles meet NN-LABS' excellent quality control standards, achieving superior particle size distribution, monodispersity, and uniform morphology.

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Zinc selenide-doped manganese is a unique product not solely based on size (particle diameter) like conventional quantum dots, but rather due to the dopant impurities within the crystal. These quantum dots offer a very high quantum efficiency of over 60%, excellent stability, and minimal reabsorption. Furthermore, this material does not contain harmful heavy metals such as cadmium, lead, or mercury. D-dots are expected to be utilized in the fields of lighting, biomedicine, and optoelectronics.

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NN-LABS has started selling high-performance core-shell structures of CIS (Cu, In, Se) and ZnS (zinc sulfide) that do not contain heavy metals, replacing cadmium-based quantum dots. CuInS/ZnS (CIS) quantum dots have high quantum efficiency and excellent long-term stability, despite being non-toxic and environmentally friendly. The new CIS particles from NN-LABS are expected to serve as excellent alternative materials in the fields of biomedical applications, solar power generation, and LED lighting.

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The slit can be replaced by the user themselves, allowing a single spectrometer to handle measurements from weak light sources like fluorescence to high-power sources like lasers and sunlight.

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Quantum dots (nanocrystals) are nanoscale materials that can absorb a wide range of light and emit light at specific wavelengths, making them highly regarded for applications such as solar power systems, displays, LEDs, lasers, medical labeling, and diagnostic methods.

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The film thickness measurement system proposed by OptoSilus is an original system that combines spectrometers, light sources, reflection probes, etc., from Ocean Optics with spectral interference film thickness measurement software from partner manufacturers.

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DIAS Infrared GmbH (Germany) is a manufacturer engaged in the production and development of pyroelectric detectors and infrared cameras. The pyroelectric detectors manufactured by DIAS come in three main types: single type, multi-channel type, and linear array type. The elements of these detectors use lithium tantalate, and by utilizing the latest ion beam technology, they achieve high sensitivity and low noise detection of infrared light. By attaching specific filters to the surface of the detectors, various spectral sensitivity characteristics can be imparted, allowing for the detection of infrared light within the required wavelength range.

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