Used NIKON Eclipse TE2000-U #293606966 for sale

NIKON Eclipse TE2000-U is a high-performance microscope built for the observation of a wide variety of samples and materials. This advanced device is equipped with a powerful UPlanFL optical equipment, offering a 4x, 10x, 20x, 40x, 50x and 100x objectives with maximum numerical apertures up to 0.8. NIKON ECLIPSE TE2000U is a state-of-the-art inverted microscope suitable for applications ranging from routine clinical specimen observation to advanced life sciences research. ECLIPSE TE 2000-U provides excellent flatness and contrast, high optical performance, and an ergonomic design that ensures ease of use. The microscope is equipped with a high-specification camera to capture images with vivid colour reproduction, with a 0.5x reduction lens to enhance visualisation. All components of Eclipse TE2000-U, from lenses to the body, have been designed to provide maximum clarity and optimised performance. ECLIPSE TE2000U offers a versatile illumination system and advanced imaging capabilities. The illumination unit provides bright and uniform illumination for both brightfield/diffused field and fluorescent imaging, as well as intensity and colour adjustment. The complex imaging capabilities enable observation of a wide range of objects and samples, with a wide range of functions such as image merge and text annotation. NIKON ECLIPSE TE 2000-U is a highly adaptable machine, allowing the user to select an optional epi-fluorescence attachment, or to attach an advanced digital camera to the microscope. This makes it an ideal choice for users requiring sophisticated features to analyse difficult samples. In addition, the microscope can be used as a standalone tool, or it can be included as a part of a larger solution such as a robotic imaging asset. NIKON Eclipse TE2000-U offers users unparalleled image accuracy and clarity of observation, and is designed for use in professional and research levels. When combined with optional components, such as the digital camera, the microscope provides exceptional imaging capabilities and can be used for advanced microscopy techniques and fluorescence analysis.