Used OLYMPUS STM6-F10-3 #9362835 for sale

OLYMPUS STM6-F10-3 is a microscope designed for use in a variety of scientific research applications. This microscope has an excellent 4K imaging system that provides excellent image resolution and clarity for a range of research applications. STM6-F10-3 has a wide working distance of 3.5 cm, making it ideal for observation of middle stage magnifications of up to 1000x. The 6-way monocular head design includes both a rotary and a vertical tilt adjustment mechanism, which allows the user to align the image correctly for optimal viewing. OLYMPUS STM6-F10-3 has 3.5x, 10x, 20x, 40x, 100x, and 1000x objectives. The built-in light source on the microscope is a 23 W UHQ halogen lamp, providing a bright and steady illumination of objects. STM6-F10-3 also features an additional illumination option in the form of a set of nine LED lights, which can be used to optimize the bright-field and transmitted light for use in a range of scientific obsercations. OLYMPUS STM6-F10-3 incorporates an extremely wide condenser angle for improved analysis of microscopic cells and structures. This microscope also has a double layer of glasses on the curved light guides, which helps reduce aberrations and artifacts from the eyepiece. Its compatibility with multiple methods of observation and imaging systems makes it an ideal choice for laboratories and research centers, where high performance is needed. STM6-F10-3 features a high quality, three-speed nosepiece for easy and accurate adjustments of the objectives during observation. It also includes a digital camera adaptor to allow for digital imaging, as well as a high magnification eyepiece to optimize the viewing angle of samples. OLYMPUS STM6-F10-3 microscope is a reliable tool that can provide results quickly and easily and is an excellent choice for use in a wide variety of scientific research applications. Its capabilities and features make it an ideal choice for any number of research studies, from microscopic analysis to detailed observation.