Used ZEISS Stemi 2000 #9164563 for sale

ZEISS Stemi 2000 is a motorized laboratory microscope commonly used in research and academia for identifying and viewing specimens. It is often used for research in the fields of biology, anatomy, genetics and more. It is a stereomicroscope, made up of a pair of binocular lenses that are tracked by an internal motor. This microscope offers a notably long working distance - making it ideal for direct observation of specimens - with a viewing area of 44 mm x 44 mm. It operates on a wide range of settings, with adjustable turret magnification from 6.3x to 63x, adjustable beamsplitter to ensure optimal light spread, and adjustable knob controls to focus on the specimen. It also comes with optional accessories such as an optional incident light stand, a field diaphragm, and C-mount video camera adapters for digital imaging. The microscope features a light-transmission macro objective lens, which is mounted at the base of the microscope and allows an incident light to pass directly onto the specimen. This produces transmitted lighting that is reflected back along a path of the incident illumination, known as "episcopic" lighting. The mirror turret can be used to enhance the image for various applications, and the head of the microscope can be easily removed for cleaning and maintenance. Stemi 2000 is highly robust and made from high-quality materials, designed to endure the harshest of laboratory conditions. Its motorized tracking automatically shifts focus underwater, ensuring accuracy and longevity. It has a reversible binocular mechanism for comfortable viewing, even allowing switching from left- to right-eye viewing. Finally, it is equipped with a built-in LED and battery system for use in a dark room. Overall, ZEISS Stemi 2000 is a highly reliable and powerful microscope that is perfect for delicate laboratory experiments. It provides outstanding visibility with its adjustable lighting system, and its long working distance, along with the ability to quickly shift focus underwater, make it exceptionally ideal for a wide range of research applications.