Used OLYMPUS Tokyo #9296878 for sale

OLYMPUS Tokyo is a high-end microscope designed for high-precision imaging and accurate quantitative measurement. This microscope utilizes advanced optical technology to provide crisp, high-definition images with excellent contrast and low noise. The optical components of Tokyo microscope include a rapid and wide zoom of up to 40x, a fast and precise 2.5x scan mode, as well as a very large field of view, allowing for efficient sample viewing. The mechanical stage is also highly accurate, making precise sample manipulation and navigation easy. OLYMPUS Tokyo microscope also features a range of advanced detection methods, including optical coherence tomography (OCT), autofluorescence imaging, and confocal imaging. These make it possible to observe and quantify the internal structure of specimens in great detail and in a non-invasive manner. In addition, the microscope is equipped with a choice of several photo-focusing systems, which can be used to take images of both brightfield and fluorescence samples. Tokyo microscope is fully motorized, allowing for precise motorized functions, such as positioning, focusing, and zooming, even under a microscope. This makes it possible for users to accurately and quickly navigate through samples and quickly take images without having to make manual adjustments. The microscope also has a built-in camera, which displays the sample image on the computer monitor in real-time with a resolution of up to 8 megapixels. Other important features of OLYMPUS Tokyo include managing the high-intensity illumination system and incorporating image analysis software that allows users to carry out advanced analysis of microscopy images, including particle tracking, 3D reconstruction, and quantitative image analysis. The microscope is also compatible with a variety of accessories and automated sample handling systems, as well as a number of control systems for customizing their own research needs. To conclude, Tokyo microscope offers an outstanding combination of superior imaging, intuitive operation, and versatile applications. It is designed to meet the needs of both advanced researchers and clinical laboratories, providing them with advanced capabilities that can dramatically improve their research outcomes.