Used OLYMPUS OLS-3000 #293752564 for sale

OLYMPUS OLS-3000 is an advanced, high-resolution laser scanning microscopy equipment designed to provide outstanding performance in a variety of applications. OLYMPUS OLS3000 is particularly suited for multidimensional analysis and imaging of cellular structures and chemical species, allowing for visualization of intricate features across a broad scope of sample types. OLS 3000 offers a variety of advanced features to facilitate powerful analysis and imaging. Its Laser Excited Fluorescence and Confocal Scanning microscope provides superior resolution and contrast, with high resolution imaging and the ability to visualize cellular elements in three dimensions. OLS3000 also features an onboard autofocus system to ensure accurate specimen imaging, along with advanced hardware for scan control, navigation, and signal processing. OLS-3000 integrates a field of open source modules, making it an intuitive and easy to use platform. This integrated unit is designed to allow for rapid experiment set-up and versatile experimentation, and includes a graphical user interface for optimal control and operation. Furthermore, OLYMPUS OLS 3000 offers an impressive range of accessories and microscope components to customize the machine to specific applications. In addition, OLYMPUS OLS-3000 is equipped with a range of illumination sources, allowing for a range of contrasting methods and making it a flexible platform for imaging. This includes white light for conventional brightfield imaging, halogen light for high intensity photography, LED illumination for fluorescence imaging and 405 laser for enhanced resolution and high contrast. This advanced laser scanning microscopy tool is tailored to provide superior performance, great precision and versatility, and is compatible with a wide range of software packages - ideal for high level research, medical diagnostics, and industrial applications. With OLYMPUS OLS3000, researchers and scientists can take full advantage of leading-edge laser scanning technology to explore and extract reliable results from diverse sample types at the highest resolution.