Used OLYMPUS OLA 2500HS #293610408 for sale

OLYMPUS OLA 2500HS is a laboratory-grade light source and optics equipment designed for use in a variety of scientific and industrial applications. This device is capable of producing high-power, narrowband light, including wavelengths ranging from the visible spectrum to near-infrared. It is an innovative system that provides optimal flexibility in terms of spectral range and power output, allowing users to design and conduct experiments more efficiently. The unit consists of a high-precision unit containing all the necessary components, including sources, lenses and light guides. The core component of the device is the precision dual-bore optical assembly, which comprises two lenses, each with a precision-ground and aligned surface, optical immersion liquid and a single-mode optical fiber or light pipe. This assembly allows for total control of illumination intensity and shape, even when working with tight sample footprints. The 2500HS also features a high-performance light source console. This tool allows for precise control over light output, and users can instantly switch between different power levels and preset wavelengths, as well as adjust light exposure time and number of passes. This makes it incredibly easy to replicate experimental conditions, allowing users to conduct multiple experiments in quick succession. The machine is also equipped with a reversible and rotatable polarizer, which permits both the selection and adjustment of polarization angle, ensuring that the right polarizations can be selected for a given experiment. Finally, the 2500HS uses advanced thermoelectric cooling in order to maintain optimal temperatures during continuous operation. This allows users to maximize light output and maintain consistent results over long periods of time, making the device exceptionally reliable and stable. Overall, OLA 2500HS is an exceptionally advanced laboratory light source and optics tool. It features a wide range of features and adjustments, providing complete control over light output and polarization. It is an ideal choice for those who demand high-quality results in a wide variety of scientific and industrial applications.