Used OPTRONIC LABORATORIES OL770-LED VIS/NIR #9062988 for sale

OPTRONIC LABORATORIES OL770-LED VIS/NIR is a versatile laboratory equipment and accessory designed to allow researchers to accurately measure optical properties in the visible (VIS) and near infrared (NIR) ranges. With a precision of 0.1 nanometer accuracy, this device can quickly and accurately determine color, transmission, absorbance, reflectance, fluorescence, and other properties of samples. The OL770-LED VIS/NIR utilizes a high-performance silicon CCD sensor, which is capable of detecting a wide range of light. It also features a patented low cost, built-in color correction software that automatically corrects for color disturbances. With its user-friendly operation, the OL770-LED VIS/NIR can easily be incorporated into any lab environment. OPTRONIC LABORATORIES OL770-LED VIS/NIR also includes adjustable filters and a variable gain control to allow researchers to quickly adjust the parameters of the device to account for a variety of samples. Additionally, the OLED display makes it easy to quickly view the data collected. In terms of optics, the OL770-LED VIS/NIR features a NIR-optimized optical design that enables measurements with maximum precision. This is accomplished by minimizing spectral interference and maximizing the amount of visible light detected. Additionally, it has no moving parts and is designed for repeatable and reliable performance. The device is also equipped with a variety of software features for increased convenience. It has a built-in plotting and visualizing feature that allows users to quickly and accurately analyze data. It also has a comprehensive library of models to assist in further analysis. In addition, it is compatible with various third-party software programs for further analysis. OPTRONIC LABORATORIES OL770-LED VIS/NIR is the perfect choice for researchers looking for a reliable, feature-rich laboratory device for analysis in the VIS and NIR ranges. With its simple setup, superior optics, and numerous software features, users can easily incorporate this device into their laboratory environments and get the most out of their data analysis.