Used HORIBA LA-910 #9062995 for sale

HORIBA LA-910 is a high-end laboratory grade spectrometer designed for a wide range of applications, from research and development to industrial production. LA-910 is a dual array spectrometer, able to measure the spectral emission of both narrow and broad spectrum sources. It is composed of a scanning mirror loader, tunable laser, filter wheel, dispersive optics, and a CCD detector. HORIBA LA-910 has a variety of optical components that enable it to read and analyze the spectra of samples. The scanning mirror loader is used to select a single wavelength from a continuous wave laser source, providing high accuracy in light intensity with a sampling rate of up to 1200 spectra per second. The tunable laser broadens the wavelength range and can deliver tunable laser output of up to 0.1 nm spectral bandwidth. The filter wheel consists of twelve specific interference filters, allowing the spectrometer to acquire highly accurate spectra. The dispersive optics directs the sample light to the CCD via an optical system composed of a grating, lenses, and apertures. The CCD detector captures the light and sends the information to be analyzed via a USB port. LA-910 provides a wide range of features and measurements, allowing users to accurately analyze the spectral data of samples. The high resolution of the spectrometer allows for the analysis of the narrowest of spectra, while its speed enables a range of fast-measurement applications. The system also offers dynamic noise reduction, which subtracts noise from the signal by taking multiple measurements and continuously updating the signal. Furthermore, the spectrometer includes user-friendly software, which offers a variety of data processing, referencing, and reporting capabilities. Overall, HORIBA LA-910 is a powerful state-of-the-art spectrometer that provides the highest accuracy and speed for research and production applications. With its wide range of features, user-friendly software, and multi-functional design, LA-910 offers the most reliable and efficient solution for a broad range of spectroscopy requirements.