Used MICROM HM 340E #160886 for sale

MICROM HM 340E is a compound microscope designed by MICROM to facilitate observation of samples along with a range of imaging options. This microscope makes use of a 8-position nosepiece that allows for usage of a wide range of objectives giving it a top magnification of 660x. It is equipped with a observation tube with a 30° inclination and adjustable interpupillary distance. It is also capable of epi-fluorescent imaging. This capability is provided through the use of a newly developed LED light source that is used to direct illumination to the sample through the epi-fluorescent illuminator. HM 340E is designed to provide superior optical performance. It features a high performance apochromatic square design that provides near-diffraction limited optics with very high numerical apertures for both objectives and eyepieces. This ensures that images generated by the microscope closely mimic the original sample. The microscope also features a triple long working distance (LWD) condenser that facilitates imaging at higher magnifications and from further distances. MICROM HM 340E also features a range of ergonomic enhancements. The mounting column can be conveniently rotated to facilitate user comfort and productivity. Additionally, the microscope has a builtin LED ring light for enhanced contrast and an adjustable 100% Koehler illumination system for improved accuracy and working distance. To support imaging, HM 340E is equipped with a camera port which is compatible with a wide range of camera and imaging systems, including CMOS and CCD cameras. The microscope has a USB port that provides connectivity with computers allowing users to control microscope functions as well as store and retrieve information. Additionally, an output port can be used to send commands out to other devices limited by a 5V maximum. Overall, MICROM HM 340E is a powerful microscope that offers an ideal combination of superior optics, ergonomic design and imaging capabilities. With its versatile design and systems, is capable of delivering images with maximum speed and accuracy for a wide variety of applications.