Used OLYMPUS STM5-MJS2 #9278714 for sale

OLYMPUS STM5-MJS2 is an advanced inverted light microscope that brings high-quality imaging to life science research. It features an integrated high performance contrast equipment, providing a range of imaging options, and a versatile stand for imaging of live and cultured cells. Its wide objective turret accommodates up to five objectives, while its high numerical aperture objectives provide bright and high resolution imaging across a wide spectral range. This delivery system combines an unprecedented combination of optical performance with mission-critical operation. With a long working distance of 6 mm and an image format of 2.5x2.5 um per pixel, researchers can obtain up to 215× magnification from all objectives, allowing to focus precisely in a wide variety of cell types, including 3D-cultured cells and whole intact specimens. Additionally, the optional digital imaging interface and brightfield, darkfield, and phase-contrast objectives provide true versatility during critical experimentation. The advancement of STM5-MJS2 also extends to the operations interface. The user-friendly, intuitive unit can be customized to your preferences and allows saving custom settings. Additionally, the user-friendly menu allows efficient, time-saving, image acquisition and processing. Other features include the built-in memory, allowing for up to 16GB for storage of acquired images, a calibration wizard for easy optical adjustment, and an electrical fine focus machine for improved specimen coverage. The roll-around design of OLYMPUS STM5-MJS2 allows easy access to each part of the scope, and due to its minimal footprint, it is perfect for laboratories with limited space. To ensure reliable operations over long periods of time it has been tested to comply with environmental standards, including vibration and dust. Overall, STM5-MJS2 offers an unparalleled combination of performance and intuitive user interface that makes it an ideal choice for laboratories requiring a reliable mid-range inverted microscope.