Used OLYMPUS STM6 #9375396 for sale

OLYMPUS STM6 is a state-of-the-art, fully motorized microscope with an integrated 5-axis stage designed to provide high resolution imaging of living cells in an automated, user-friendly environment. This modular system is ideal for performing long-term, live-cell imaging experiments, and advanced features like time-lapse imaging, in-focus stacking, and automatic pipetting offer unprecedented control and performance for a variety of biological and chemical applications. The optical module features a motorized, ultra-high-resolution objective lens and 32 LED illumination system that offers optically-corrected, non-distorted images in 3D space. With a numerical aperture up to 1.4, STM6 can offer sharp contrast and low noise for imaging of even the smallest sample components. An integrated, 5-axis motorized mechanical stage provides improved accuracy and precision control over specimen movement, enabling reliable acquisition of the most complex image patterns in 3D space. OLYMPUS STM6 is equipped with a touch-screen control panel for easy workflow-control and interactive operation. A chroma micromanipulator attachment allows for the precise movement and automated set-up of specimen-holding pipettes, while ProScan II image-capture and image-processing software offer enhanced image calibration, correction, and analysis capabilities. STM6's fully motorized platform allows users to create user-defined analytical programs and automatically acquire images and data at regularly programmed intervals. A built-in environmental control system monitors and adjusts environmental parameters such as temperature, CO2 concentration, and humidity to promote healthy, prolonged specimen imaging results. OLYMPUS STM6 is the ultimate tool for examining and analyzing living cells in real time and optimizing workflows. With its advanced technology and user-friendly design, this microscope is ideal for a wide range of scientific applications, from high-throughput cellular screening, to live-cell imaging, to long-term live cell experiments.