Used NIKON Eclipse TE2000-U #9072687 for sale

NIKON Eclipse TE2000-U
Manufacturer
NIKON
Model
Eclipse TE2000-U
ID: 9072687
Microscope Eyepieces: CFI 10x/22 Objectives: Plan Fluor 4x/0.13 Plan Fluor 10x/0.30 Plan Fluor ELWD 20x/0.45.
NIKON Eclipse TE2000-U is a microscope designed for research, educational, and laboratory applications. It is equipped with a fully motorized optical equipment, allowing for precise coordinates and smooth movement of the microscope head and components. The advanced features provide the user with superior optical performance, flexibility, and convenience. The optical system of NIKON ECLIPSE TE2000U features a high-performance infinity optical unit consisting of achromatic objectives, and a high numerical aperture, providing clear images with depth of field. The objective lens has a 12.5mm diameter and a long-working distance of 32.5mm, allowing for multipurpose imaging and precise focusing. ECLIPSE TE 2000-U has a 21-position nosepiece, providing users with a range of magnifications from 40x to 1000x. A wide selection of lenses, including brightfield, phase contrast, DIC, darkfield, and Hoffman Modulation Contrast are available, allowing for versatile imaging. The microscope is also designed to accommodate transmitted light and fluorescent observation and imaging. ECLIPSE TE2000U has a motorized stage for precise positioning and movement of the sample, with a range of automated movements such as horizontal shift and the ability to set multiple samples. An XY controller and spot digital imaging machine also allows for fully automatic imaging with single and multiple photographic stage shots. NIKON ECLIPSE TE 2000-U is equipped with an advanced LED illumination tool, providing both transmitted and oblique illumination. The user can adjust several parameters, including brightness, beam size, intensity, and spot shape. The microscope is also designed with a misalignment sensor, preventing errors due to the positioning of the illuminator. Eclipse TE2000-U is designed for routine observation, educational and advanced research applications at institutions, universities, and medical facilities. The advanced features make this microscope a reliable, efficient and user-friendly workstation for numerous applications.
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