Used OLYMPUS AL-100 #170254 for sale

OLYMPUS AL-100 is an advanced upright brightfield microscope designed to give excellent results, and optimal system flexibility. It incorporates all the features necessary for advanced fluorescence and brightfield imaging, including a fully integrated motorized Z-axis drive, with a high resolution linear motor, and a fine focus drive. The microscope body is equipped with a standard object turret, which can accommodate three objectives in a range of magnifications. The optional integrated 5 MP CCD camera, with a 5x zoom lens and a color LCD screen, makes it ideal for imaging and viewing samples in both brightfield and fluorescence modes. Additionally, OLYMPUS AL100 has a variety of accessories and attachment points for adding digital video capture, successively bigger field numbers, LED light sources, and live cell incubationing. AL 100 provides the highest precision imaging, with a 12-bit dual digital microprocessor and a 20-bit analog-to-digital converter. It also has a long working distance and high Numerical Aperture (NA) objectives, and allows for easy sample changing and alignment. The advanced OLYMPUS phase contrast condensers provide powerful, smooth phase contrast imaging capabilities, with brightfield color correction and zoom capabilities. For optimal imaging and sample control, AL-100 provides advanced parameter control, and multiple simultaneous imaging capabilities. The camera has image capture in real time and can output to computer via USB or Ethernet. The microscope also features a neutral density filter with 5 adjustable brightness levels, auto white balance, and many other features. AL100 is designed with careful attention to ergonomics and user comfort, with a fully adjustable eyepiece and motorized focal drive. Additionally, the compact design of OLYMPUS AL 100 follows the principle of open architecture to make it very easy for users to integrate any software and instruments necessary for their work. All elements of OLYMPUS AL-100 are perfectly coordinated to create precision imaging that surpasses the norm.