Used OLYMPUS AL3100 / 3120F-DUV #293635824 for sale

OLYMPUS AL3100 / 3120F-DUV is an advanced inverted microscope system specifically designed for laser beam scanning fluorescence imaging and advanced performance in bio-research applications. It is equipped with three motorized lenses and a set of function keys for easy operation. The unique Brightfield / DUV (Dual Wavelength Viewing) design of AL3100 / 3120F-DUV allows for simultaneous observation at two wavelengths, increasing speed in specimen alignment and observation for the user. The main microscope head containing the objective lenses and observatory optics is preset in the upright position and can be rotated 360 degrees around its vertical axis, as well as tilted slightly backwards in order to adjust to the user's viewing angle and height. The main body also houses a halogen lamp and condensing optics, providing uniform and bright illumination of the viewing area. OLYMPUS AL3100 / 3120F-DUV is equipped with objective lenses ranging in power from 4X to 100X. Both short and long focal length lenses are available, and are suitable for a wide range of applications. The objective lenses are all equipped with anti-mold coating, increasing the clarity and resolution of the generated images. AL3100 / 3120F-DUV is also equipped with unique electronic fluorescent tubes, which are controlled through a computer interface. This allows the microscope to be used for precise imaging of fluorescently labeled samples, including fluorescence correlation spectroscopy, fluorescence-lifetime imaging and super-resolution imaging. Additionally, the microscope includes a mechanical stage for precise sample positioning and tracking. OLYMPUS AL3100 / 3120F-DUV is a powerful black box microscope system which can be used for a variety of techniques, from dynamic measurements of small objects to high-magnification observation of ultra-fine details. It is a reliable, easy to use system, providing users with the flexibility to customize to their specimen characteristics, as well as a wide range of operating wavelengths.