Used SHENZHEN BIAOPU SEMICONDUCTOR TECHNOLOGY 2835 #9358779 for sale

SHENZHEN BIAOPU SEMICONDUCTOR TECHNOLOGY 2835 spectrometer is a powerful, versatile instrument designed for measuring light emitting sources. The spectrometer has a monochromator mounted in a series of optical interface components, allowing for the collection of light from a variety of sources. The monochromator is a device consisting of a diffraction grating and an entrance slit that separates and disperses light. 2835 spectrometer is capable of collecting light from the UV to the visible region. It is composed of an entrance slit, focusing optics, the monochromator, and detector system, all of which are embedded in a single integrated platform. Additionally, this spectrometer, which has a spectral range of 200nm-1000nm, can be operated in single mode or continuous scan mode. SHENZHEN BIAOPU SEMICONDUCTOR TECHNOLOGY 2835 spectrometer's multiple diffraction grating provides the user with the capability to measure different wavelengths from a broad range of sources. The grating is angle adjustable, allowing the user to select different wavelength bands. The adjustable grating angle also helps to minimize stray light interference in order to achieve high signal-to-noise ratios for sensitive measurements. The detector used in 2835 is an ultra-fast CCD array. It is highly sensitive and can accurately measure any light source. The CCD array allows for the collection of spectral data with high speed and resolution. Additionally, the highly advanced embedded processing unit allows for real-time data acquisition and storage of spectral data. SHENZHEN BIAOPU SEMICONDUCTOR TECHNOLOGY 2835 is easy to use and operate with a user-friendly graphical user interface that simplifies system configuration and data analysis. Additionally, the user-friendly interface allows for the integration of external devices, such as camera and other sensing probes. The system can also be remotely operated through cloud connectivity. 2835 spectrometer has been designed for many applications such as spectroscopy, spectrophotometry, fluorescence spectroscopy, collimator measurements, and UVA/UVB monitoring. The instrument can be used in research laboratories as well as in industry to measure optical radiation from a variety of sources, such as lasers, LEDs, plasmas, and medical lighting devices. The instrument is also suitable for analyzing optical radiation emitted by materials for specific physical or chemical properties, such as impurity content, radiative energy absorption, and chemical composition.