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A wide range of applications from plasma monitoring to pharmaceutical analysis. Excellent thermal stability allows for adaptation to changes in the measurement environment.

● Resolution (with 10 um slit): <1.0 nm ● Scan rate: 400 Hz ● A/D resolution: 16-bit ● Slit interchangeable: 5, 10, 25, 50, 100, 200 um ● Thermal stability: 0.06 pixels/℃ ● Linearity: 2 AU ● Detector: 2098 pixel CCD ● Size: 150 mm x 107 mm x 48 mm ● Weight: 930.6 g

[Demo unit available] Compact spectrometer with excellent sensitivity in the ultraviolet range.

Ultra-compact size - 42.1 mm x 40.3 mm x 26.6 mm, 70.4 g UV response - Excellent sensitivity in the ultraviolet range below 300 nm High performance - Powerful performance comparable to large spectrometers Robust connector - Reliable performance achieved with a sturdy USB Type-C and electronic accessory connector

New standard model spectrometer from Ocean Optics.

Wavelength range: 220 - 1050 nm (Detector range) Grating blaze wavelengths: 240 nm 250 nm 300 nm 400 nm 500 nm 750 nm 1,000 nm Optical resolution: 0.66 to 1.71 nm (when 25 μm slit is installed)

The sensitivity has increased by 2.5 times compared to the previous model!

【External Dimensions】 Size: 182 x 110 x 47 mm Weight: 1.18 kg 【Spectrometer】 Exposure Time: 1ms - 12s Wavelength Range: 900nm - 2.5um

Achieving a very uniform light flux density over a large area! LED for UV DLP applications.

⊡ UV power of 25 35W (18 die array) ⊡ Designed for large TI DLP chipsets ⊡ Multi-wavelength support with a single illuminator ⊡ Etendue preserving optics for non-imaging processing ⊡ Dual telecentric lens system ⊡ Circulating liquid heat exchanger ⊡ Field-replaceable light engine (FRU)

LEDs ideal for fiber optic applications in industry, healthcare, and experimental equipment.

⊡ High brightness and stable light intensity ⊡ Long lifespan LED ⊡ Multiple wavelengths available ⊡ Small footprint ⊡ Wide wavelength range covering ultraviolet-visible-near infrared regions

A UV-compatible luminous flux measurement system that covers small lamps to large lamps.

【LabSpion】 Measurement Method: Far Field Total Shipping Weight: 86kg Sensor Distance: 0.5-50m (Lamp Length × 10) Light Source Diameter: 0-1.5m @ 2 axes, 0-2.0m (optional) Light Source Weight: >25kg Power Analyzer Voltage: 90 VAC-260 VAC <+/- 0.5 V Power Analyzer Current: 0A-3A (Avg: +/- 0.5 mA) Power Analyzer Output: 0W-600W Total Luminous Flux (Lumen): typ. 1 to 3,000,000 ±4.00% Luminance (cd): typ. 0.07 to 1,000,000 <±2.5% Color Temperature: 1,000K to 10,000K <±35K CRI: 0 to 100 <±0.7 Angle Resolution BASIC Mode: 5°/step (20 seconds per C-plane) Angle Resolution HIGH Mode: 0.1°/step (5 minutes per C-plane) Spectrometer Type: High Sensitivity Transmission Type 1024 Pixels Wavelength Range: 360-830nm 【LabSensor UV-VIS】 Wavelength Range: 190-850nm (2048 pixels)

Electron beam lithography equipment, EUV exposure equipment, nanoimprint lithography applications. Two types available: powder and solution!

Electron beam lithography equipment, EUV exposure equipment, nanoimprint lithography applications.

Nanocrystals that absorb a wide range of light and emit light at specific wavelengths.

【NNCrystal Corporation and Product Features】 ● Provides high-quality nanocrystal products of all kinds using a unique patented greener synthesis method. ● Developed technology to create high-quality doped quantum dots using indium phosphide and d-dotsTM, which are environmentally friendly and do not use heavy metals. ○ Features of d-dotsTM ○ ・Tunable emission with high quantum yield ・Excellent stability against temperature and UV ・Avoids the inherent self-quenching issues of quantum dots ● NNCrystal is advancing development work with several partners in various fields to commercialize d-dotsTM and is working on developing mass production capabilities (in kilograms). *For inquiries, please contact Kitano from the Measurement Group at Optosilius Corporation.

For basic research and development prototypes! Mixing quantum dots and resin for coating applications.

Quantum dots are mainly expected to be used in fields such as LEDs, lighting, displays, biomedical applications, and solar power generation. By using this product, it is possible to easily form a coating layer of quantum dots, making it an ideal product for basic research, development, and prototyping in those fields. For more details, please contact us.