Used OTSUKA OSL-1 #9043852 for sale

OTSUKA OSL-1 is a high-resolution microscope equipment from Japanese manufacturer OTSUKA Optical Co., Ltd. It utilizes interference contrast imaging technology for the observation and analysis of specimens in microscopic detail. The system is suitable for both static and dynamic applications. At the heart of OSL-1 is a robust optical unit featuring a vertically-oriented, fully fixed stand and a high-quality Nikon objective lens. The stand offers an extremely large depth of field at high magnifications for capturing detailed images of specimens. The objective lens has a high numerical aperture (NA) and superior resolving power making it ideal for imaging specimens with small details and fine features. The machine also features a large LCD monitor which supports both analog and digital image output. The display is adjustable for optimal viewing angles and provides a wide range of image adjustment settings and functions. It supports a variety of image capturing modes including real-time capture, shadowgraphy, and spot measurements. OTSUKA OSL-1 has a wide range of accessories for expanding its capabilities. These include a motorized stage, an XYZ measuring stage, and a digital stage controller. These features allow for a wide variety of positioning and movement techniques that are useful for observing, studying, and photographing specimens. OSL-1 also features a built-in LED lighting tool which enables it to capture images with even more detail. The lighting asset has a variety of adjustable settings allowing users to adjust the brightness, focus, and field of view to capture the perfect image. For precise measurements, OTSUKA OSL-1 also includes a software package known as MicroBarometer. This software suite includes a variety of tools for energy and fluctuation analysis, and allows users to observe ultra-fine structures in microscopic specimens. OSL-1 provides a robust and user-friendly platform for microscopy and is ideal for a variety of applications in science and research. Its array of features and capabilities make it a must-have for those working in fields such as optics, microscopy, and nano-scale research.