Fluorescence Measurement Kit

PRODUCT OVERVIEW The fluorescence holder is designed to collect fluorescence spectra at 0° using a 45° incident laser light source. The holder is compact enough to start experimental measurements as soon as the holder is placed firmly on the sample surface. Feature•Imported LED chip with heat dissipation module, stable performance and long service life • Continuous adjustable light intensity • 45° diffuse reflection micro fiber holder, convenient measurement • Modular design,

PRODUCT OVERVIEW YOA-8409-01 compact integrating sphere LED optical tester is used to measure LED color characteristics within the range of 350-1050nm. It can detect absolute intensity, dominant wavelength, color temperature, color coordinates, etc. It is calibrated with a standard tungsten light source. Multiple mounting holes are located on the side andbottom of the tester. YOA-8409-01 is compact and offers SDK, which is easy to carryand integrate. It supports USB 2.0 and

PRODUCT OVERVIEW The system is mainly used to measure the center wavelength, half-height width and power of laser and other important performance indicators of laser. The device is modularly designed and mainly consists of a spectrometer, an optical power meter and an integrating sphere, and uses professional measurement software to measure the center wavelength, half-height width and power of the laser simultaneously. It is suitable for measuring luminescent devices such as

PRODUCT OVERVIEW Radiometry is the science of electromagnetic radiation energy measurement, applicable to the entire electromagnetic waveband. Irradiance (irradiance) is defined as the power per unit area of electromagnetic radiation incident on a curved surface, understood intuitively as the quantized value of energy at the point of incidence, in physical units of watts per square meter (W/m^2). The irradiance measurement kit consists of a spectrometer, an optical fiber, a

PRODUCT OVERVIEW Fluorescence is the electromagnetic radiation emitted by a substance absorbing light or other electromagnetic radiation. A commonexample is the visible fluorescence from materials that absorb ultraviolet light. Different techniques have been developed for thefluorescence measurement of materials of different states. For liquids, cuvettes are used for sampling, and the fluorescence spectrum ofexcitation is measured in the direction of 90oof incident light; for

PRODUCT OVERVIEW Measurement of reflection spectra using Y-type optical fiber, generally using 7-in-1 optical fiber, the middle 1 core is the reflection spectrum acquisition end, the surrounding 6 cores are the light source irradiation end. Feature• Easy and fast measurement • Real-time display of reflectance value • Easy integration and secondary development ApplicationMeasurement of spectral reflectance of specular reflective materials with flat surfaces PARTS LIST TYPICAL

PRODUCT OVERVIEW YOA-8406 series is mainly used for fast spectral transmissivity measurement of flat and curved samples. Meanwhile, it can display the transmissivity curve and FWHM in real-time. YOA-8406 series provides CMOS, CCD, and InGaAs detector versions and supports wavelength range customization within 200-1700nm. A secondary development kit enables user integration and development. FeatureCMOS, CCD and InGaAs detector versions are available. Support in-depth

PRODUCT OVERVIEW The system is designed with an inverted integrating sphere and holder, making it very easy to place samples while ensuring stability and accuracy of the system during measurements. Feature• Easy sample placement, easy operation, repeatability and fast detection• Real-time display of reflectance curves and chromaticity parameters ApplicationDiffuse or specular reflectance measurements of flat and curved materials PARTS LIST TYPICAL TESTING RELATED ACCESSORIES

PRODUCT OVERVIEW The experimental setup is a modular set of spectrophotometer, consisting of main light source, spectrometer, optical fiber and cuvette cell. Depending on the selected configuration, the measurement of transmittance, absorbance and concentration of liquid samples in the wavelength range of 200-1100 nm can be achieved. PrincipleThe concentration measurement module can measure the concentration of a liquid sample by using Lambert-Bier's law, or it can measure

PRODUCT OVERVIEW The system adopts the immersion fiber optic probe, the liquid sample flows directly from the hollow part of the probe, the incident light passes through the sample, is reflected by the front lens of the probe, and then enters the spectrometer by the fiber optic, completes the acquisition of spectral data, and can measure the absorbance curve of the sample. PrincipleThe concentration of a liquid is measured using the Lambert-Bier law. By measuring the