Imaging Spectral Radiometer "2D Spectral Radiometer SR-5100"
Spectral analysis of images. High-resolution (5 million pixels) high-brightness spectral measurements (17 billion cd/m²) can be performed every 1 nm!
The SR-5100 is a 2D spectroradiometer that has performance equivalent to conventional point measurement spectroradiometers. It uses a light source with traceability for calibration, achieving high precision in luminance and chromaticity accuracy assurance. This optical measurement device can non-destructively and non-contactly evaluate the spectral characteristics of light sources and materials, such as the wavelength characteristics of light sources, spectral transmittance properties of materials, and spectral reflectance properties of objects, with a spectral characteristic evaluation of 50 million at 17 billion cd/m² every 1 nm, contributing to the high maintenance of quality across a wide range of products. 【Features】 - High-resolution 5 million pixels (2448×2048) enabling high luminance spectral measurement (17 billion cd/m²). - A 2D spectroradiometer with performance equivalent to spot-type spectroradiometers. - High precision in luminance and chromaticity accuracy assurance achieved through calibration using a light source with traceability. - A convertible model that combines high precision and speed by utilizing the advantages of both spectral and XYZ filter measurement methods. - Software is included as standard. *For more details, please request materials or view the PDF data from the download section.
basic information
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Price range
P6
Delivery Time
OTHER
Model number/Brand name
SR-5100
Applications/Examples of results
【Examples of Use】 - Evaluation of brightness, colorimetry, and spectral spectrum for LCD, OLED, QD, laser, microLED, and related components. - Evaluation of luminous distribution characteristics and spectral spectrum for automotive meter panels and interior/exterior lighting. - Evaluation of brightness, colorimetry uniformity, and spectral spectrum uniformity for LED and OLED lighting sources. - Evaluation of the spectral spectrum of all objects in indoor and outdoor landscapes. - Evaluation of the spectral spectrum of textile dyeing and weaving. - Skincare evaluation for skin blemishes and pigmentation. - Analysis of absorption, reflection, and transmission characteristics. - Measurement of uniformity and interference fringes in films and glass coatings. - Analysis and quantification of slight differences in staining conditions of pathological tissues (SR-5100HM+ microscope).
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