Used NIKON Eclipse TS 100 #9053680 for sale

NIKON Eclipse TS 100 is a high-performance polarizing microscope designed for advanced research purposes. It offers maximum image quality and versatility, with a range of features and options that make it suitable for a variety of scientific applications. NIKON ECLIPSE TS100 has an all-in-one design that is optimized for ease of use and maneuverability. The microscope has a large optical path that allows for detailed imaging of specimens, thanks to its two Infinity Corrected Objectives. It also features a widefield 10x0.25 numerical aperture (NA) UW Epi Plan Fluorite Viewing Optic, which enables the user to increase the resolution of their imaging. The microscope is also equipped with a RTS (Real Time Stereoscopic) imaging equipment, which allows for direct comparison between two images in real-time. In terms of advanced imaging capabilities, Eclipse TS 100 has an ISO 95 color fineness control system that can produce high-resolution images with increased contrast. It is also equipped with a multi-laser unit that utilizes three solid-state lasers: 405nm, 488nm, and 561nm. This allows for the user to acquire multiple fluorescence images in a single exposure, making the machine ideal for applications involving multiple specimens. The optical components of ECLIPSE TS100 are designed for a long life; this is achieved through a combination of anti-reflection coatings, a built-in control tool, and a motorized stage. The microscope also features a temperature-controlled stage that eliminates the need for frequent readjustment of the optomechanical components. NIKON Eclipse TS 100 is ergonomically designed and is highly compatible with most microscopy accessories and hardware. It can also be used with a wide range of media, including slides, glass bottom dishes, and tissue culture plates. For advanced research purposes, NIKON ECLIPSE TS100 is a versatile and powerful asset that offers excellent image quality and accuracy. It is optimized for customer convenience with an intuitive interface and simple navigation. As such, it is an ideal choice for scientists looking to achieve the highest levels of imaging performance.