Used OLYMPUS BHWI #118589 for sale

OLYMPUS BHWI is a powerful and reliable microscope that provides a variety of features to meet the demands of biological and materials science applications. It is an inverted, fully-fiber optic, motorized microscope equipped with an advanced imaging equipment and a variety of objectives. BHWI is designed to give users maximum flexibility and performance in a variety of cell or tissue cultures, from observation to full manipulation of samples. Its advanced imaging system provides up to 20X optical and up to 20X digital zoom for observing small specimens, for instance, at a resolution of 17 nm. Additionally, the integrated optics unit offers a wide range of objectives, from 4X to 100X, for greater resolution and sensitivity. OLYMPUS BHWI offers an upright camera tube for unsurpassed imaging of larger specimens, like embryos, organs or other live samples. Its heads-up display technology allows for easy operation and user comfort when using the microscope. An integrated motorized stage, dual focusing knobs, LED auto-illumination, and centerable stage further ensure user comfort and ease of use. BHWI is a powerful tool that has been optimized for high contrast image capture, enabling users to easily capture detailed images of specimen features as small as 1 micrometer. Additionally, its integrated surface coating lowers refractive index differences to reduce image distortion, which makes it ideal for observation of samples with delicate surfaces. OLYMPUS BHWI also offers multiple video-capture options to easily record video of specimens during images acquisitions. This allows users to observe the sample even when away from the microscope. Moreover, the microscope's automated objecive turret offers users an effortless and secure way to quickly switch between objective lenses. In summary, BHWI is an invaluable tool for researchers and students alike, that offers them unprecedented capabilities in studying and manipulation of samples. Its advanced imaging machine and user-friendly features make it an ideal choice for a variety of applications, from medical diagnostics to industrial research.