Used LEICA / VISTEC INM 20 #187549 for sale

LEICA / VISTEC INM 20 is an advanced high power microscope designed for researchers and scientists who need large, detailed images. It is equipped with a Motic Instruments infinity corrected optical equipment and a 20x objective lens. This system provides a working distance of up to 20mm, which is adjustable for different specimen sizes. The microscope also includes a standard widefield eyepiece and a LED illuminator that can produce a range of light intensities to accommodate different specimen requirements. Additionally, the microscope is approved by the CE-Mark and RoHS compliant, making it an ideal choice for laboratory or research environments. LEICA INM 20 microscope is tailored to provide researchers with the most precise performance. Its Motic Instruments infinity corrected optical unit allows for maximum curvature corrections while its 20x objective lens is designed to offer the highest image resolution and clarity. The microscope has an adjustable working distance of up to 20mm, allowing for different specimen sizes to be observed, as well as multiple illumination options. Its LED illuminator boasts a range of light intensities, allowing for a variety of observation needs. VISTEC INM 20 also offers a wide range of other features. Its camera port allows for image capture, enabling digital processing and documenting of images. Other attachments, such as a micrometer eyepiece, can also be added for increased control. The microscope is designed for easy operation and is designed with ergonomics in mind. It also has a built-in computer hardware controller to aid in its use. INM 20 is one of the most advanced microscopes available for research and is suitable for any laboratory or research environment. Its advanced optical machine allows for the most precise images and with its adjustable working distance, a range of specimen sizes can be observed. Along with its built in LED illuminator, camera port and optional attachments, it is an ideal choice for those who need maximum performance from their microscope.