Used NIKON TMS #9075730 for sale

NIKON TMS
Manufacturer
NIKON
Model
TMS
ID: 9075730
Inverted microscope Eyepieces: CFWE 10 x A / 18 Objectives: Plan 4 / 0.13, 10 / 0.25, 20 / 0.4
NIKON TMS is a microscope specifically designed for high-resolution observations of biological specimens at a cellular level. It is equipped with a differential interference contrast (DIC) technique which is ideal for 3D imaging of delicate specimens with higher contrast images than those obtained with bright field microscopy. TMS offers excellent imaging capabilities - with a 20x optical zoom that provides a maximum magnification of 2000x. The microscope is small and lightweight, making it easy to transport between laboratories. The microscope's ergonomic design allows comfortable prolonged periods of use and includes a high quality ergonomic eyepiece for reduced eye fatigue. The magnifying optics can be adjusted without the need for tools so that images are in focus quickly. For optimal visualization, the Abbe condenser and iris diaphragm are both adjustable. For image capture, NIKON TMS is equipped with a high-resolution digital camera with an automatic light intensity adjustment. This allows the user to capture images quickly and easily for post processes or further analysis. Furthermore, the built in NIS Elements Acquisition Software allows easy image capture for post-processing such as color correction, image stack, and 3D reconstruction. TMS provides excellent lighting capabilities for diverse sample types with various illumination channels. Specifically, the LED transmitted light implements four LED hues with the wavelengths chosen to prevent sample fading. Additionally, the microscope also offers an LED fluorescence channel, as well as a transmitted light and a selectable oblique illumination lighting channel. NIKON TMS is designed to provide a powerful tool for research in the cellular and molecular biology fields. By providing essential features for a fraction of the cost of other professional microscopes, TMS stands out as an ideal choice for biological researchers.
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