Used Unitron Z10 #9010493 for sale

Unitron Z10 is a high-performance infinity-corrected microscope designed for a variety of life science applications. It features a range of features for high-resolution imaging and viewing. This microscope includes a large zoom range and high numerical aperture objectives, making it ideal for a wide range of applications in the life sciences and related fields. The optical equipment is designed to produce a large zoom range and high numerical aperture objectives. It is equipped with 10x, 20x, and 50x objectives to provide a high degree of precision and a deeper depth of field. The objectives are also designed to reduce aberrations and to enable excellent color fidelity. The microscope also features a zoom range of 10x-800x with a maximum magnification of 1600x, enabling researchers to view samples at extremely high magnifications. In terms of optics, Z10 utilizes 0.7 NA Plan Apochromat objectives, which are able to provide both high resolution and wide field-of-view images. The microscope also features sophisticated lighting systems for bright-field, dark-field, differential interference contrast, and fluorescence applications. Additionally, the digital camera system includes a high resolution, 5.2 megapixel digital SLR camera, allowing researchers to capture stunning images of their experimental samples. Other important features of Unitron Z10 include an ergonomic design that provides the user with maximum comfort and ease of use, and an intuitive control unit to make operations easy to learn and use. The microscope also comes with an intuitive app that allows users to control the microscope via their smartphone or tablet. Additionally, the microscope includes a wealth of accessories, such as a motorized stage, sample holders, adapters, and more. Overall, Z10 is an excellent choice for researchers looking for a versatile and powerful microscope for life science applications. With its high quality optics, intuitive control machine, and comprehensive range of features, it is an ideal choice for research settings.