Used OLYMPUS AL3110FDUV #9250842 for sale

OLYMPUS AL3110FDUV is a polarization-enhanced fluorescence microscope that is ideal for observation of samples that require strongly contrasting images such as clarified and non-clarified specimens. The microscope is optimized to provide highly detailed fluorescence images and provides simultaneous observation of different samples with two polarizing filters. AL3110FDUV is composed of a base unit, a fluorescence illuminator, and two microscope objectives. The base unit includes an AC power adaptor and a light guide. The light guide is composed of two polarization cubes that enable different light paths and polarizations to be used depending on the sample to be observed. The microscope objectives are designed for fluorescence observation and allow for simultaneous observation of different samples with two polarizing filters. OLYMPUS AL3110FDUV has a built-in fluorescence illuminator which allows for simultaneous observation of specimens under darkfield and brightfield conditions. The output light of this fluorescence illuminator can be tuned by modifying the wavelength and intensity of the light. This allows for contrast enhancement and a higher signal-to-noise ratio, which produces highly detailed images. The microscope also includes a computer control system which allows the user to adjust the contrast of images, as well as fine-tune the intensity of the light output. In order to capture images, the microscope is equipped with a camera that captures images from the microscope objective. This camera can be connected to a computer to view and store images. Additionally, the microscope has the ability to save images in the TIFF and JPG formats for easy transfer and retrieval. AL3110FDUV is a great tool for high resolution imaging with excellent contrast. The variety of features make it an ideal tool for a wide range of biological and industrial applications. It is also ideal for applications requiring simultaneous observation of different samples with two polarizing filters, providing high quality images.