Used LEICA / VISTEC MZ7.5 #118826 for sale

LEICA MZ7.5 is a versatile and advanced microscope designed to facilitate advanced observation and analysis. It features a focus control mechanism that incorporates an internal focusing drive and precision rod-lens optics that ensure needle sharp imaging even when using large magnification tasks. The system's internal focusing drive operates in a stepper motor, which allows for precise and extremely accurate focusing. Furthermore, VISTEC MZ7.5 is capable of accurately focusing in either direction, complete with adjustable speed and acceleration of the focusing process. The upper part of the microscope contains a 5-position changer turret that allows for flexibility when using magnification tasks. It uses a range of configurable objectives which enable high-quality imaging and sharpness at all magnifications. With long working distance objectives, which are especially ideal for imaging of thick samples, it is possible to obtain high-quality images. It also features a dual-axis rotational stage that provides accurate 360-degree images. In addition to these features, LEICA / VISTEC MZ7.5 is capable of capturing digital images and videos of samples. It can be controlled with a computer, and has features such as a live rate-scanning, delayed shutter release, single shot, multi-shot, and time lapse imaging. These features, coupled with its 10MP camera, provide up to a 1.8-second capture time, making it possible to capture detailed scenes of high-quality images. Furthermore, the instrument comes with sensitive software which, paired with the camera, allows to acquire and process high-resolution images with 16-bit luminance. LEICA MZ7.5 also offers an OLED display and easy-to-use console that includes a joystick and buttons to control the stage's positioning and focus. The system also includes a face-first interface and 4-way navigation which can be operated with two hands. VISTEC MZ7.5 is a powerful instrument that provides a high-quality imaging system for the quantitative and qualitative analysis of samples, making is an indispensable tool for researchers. With its user-friendly interface and robust optics, the instrument can provide accurate and detailed images of various samples, thus providing information to researchers.