Used MEIJI EMZ-TR #9157748 for sale

MEIJI EMZ-TR is a high grade, stereo microscope designed with both the professional researcher and the student in mind. The advanced optical system is designed to provide users with exceptionally clear and sharp three-dimensional images of objects. The microscope is also equipped with a range of modulation and motion control features, enabling operators to adjust the magnification and focus over a wide range of magnifications, enabling detailed images to be accurately observed and compared. This microscope is built with a sturdy stand and features two eyepieces. The eyepieces are adjustable, allowing the user to adjust the view angle and size of the image while maintaining a clear, comfortable vision. The magnification range of the microscope is from 7x to 450x with a field of view of 8mm to 46mm. The microscope also features a coaxial direct illumination system which helps to provide clear and consistent lighting at all magnifications. EMZ-TR microscope also comes with an LED diascopic zoom Fluorescence attachment. This attachment uses an adjustable condenser in concert with excitation filter cubes and an emission filter in order to provide maximum image contrast. The fluorescence attachment can produce high-contrast images even when used in dim-light settings. In addition, the microscope body comes with a built-in digital camera port through which users can connect digital cameras and acquire high-quality, scientific images that can easily be imported to various software packages for further study and analysis. Overall, MEIJI EMZ-TR stereo microscope is an advanced microscope featuring excellent optics, effective illumination and convenient laboratory integration. The magnification range, clear optics, and digital camera port allows users to acquire detailed images to be studied, compared, and documented. The Fluorescence attachment enables users to view dim-light settings and study the fluorescence in greater detail. EMZ-TR is an excellent tool for advanced laboratories and research environments.