Used NIKON TMS-F #9070579 for sale

NIKON TMS-F
Manufacturer
NIKON
Model
TMS-F
ID: 9070579
Binocular Inverted Microscope Eyepieces: CFWE 10x/18 Objectives: 10x/0.25 ph1 DL 20/0.4 ph1 DL 40x/0.55 LWD ph3 DL.
NIKON TMS-F microscope is a multi-phyisical, high-performance imaging equipment that combines advanced optics, lighting, and video capabilities. It features integrated, automatic XYZ movable stages and a unique, fully-automated optical system. The microscope's advanced design provides a range of imaging modes, including high-resolution color, monochrome, fluorescence, semi-conductor, transmitted, and reflected light. TMS-F offers an ergonomic design with an easy-to-use user interface. The microscope is capable of both low- and high-magnification imaging, allowing for detailed observation and analysis of specimens. It has a large range of magnification that can range up to 400x, depending on the objective lens being used. It also has an adjustable zoom function to help reduce the amount of time needed to focus and to ensure optimum image clarity. NIKON TMS-F microscope is outfitted with advanced LED illumination technology and variable wavelength selection. This light source gives users the ability to choose a variety of lighting options and control the intensity of the light, making it easier to observe and study specimens. The integrated software allows the user to customize the microscope settings, which helps to optimize their work environment. TMS-F is equipped with a powerful camera unit. The microscope features a 16MP digital video camera, as well as a 12MP live video camera. This allows researchers to capture high-quality, extremely detailed images with stunning resolution. The camera is capable of capturing stills and video with a speed of up to 30 frames per second. NIKON TMS-F features an interchangeable nosepiece and objective lens machine, making the microscope capable of accomodating a wide range of specimen sizes. It includes a variety of imaging accessories, including two- and three-dimensional specimens, multi-point laser markers, light modifiers, and a mechanical stage. Its numerous capabilities make the microscope an efficient and invaluable tool in research labs around the world.
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