Used OLYMPUS BH2-UMA #9123194 for sale

OLYMPUS BH2-UMA microscope is a powerful and versatile instrument for measuring, observing, and collecting data from a variety of biological samples. This optical microscope is designed for use in high-resolution imaging and research applications, with its ergonomic design and intuitive user interface providing easy and comfortable viewing. OLYMPUS BH2 UMA features a universal nosepiece that can be used to connect multiple microscope objectives, offering a magnifying range of up to 50x. Its interchangeable objective lenses have a resolution of up to 0.5µm, making them ideal for observing fine details of biological specimens. The eyepiece lenses feature differently magnified fields of view (4x and 10x) for improved accuracy. BH 2 UMA is also equipped with a variable 50W halogen illuminator for bright and clear images. This illumination system can be adjusted for greater flexibility, making it suitable for low-light and high-magnification applications. The built-in LED illuminator also provides excellent color control and brightness. OLYMPUS BH 2 UMA's bodywork is made of durable materials, guaranteeing accuracy and long-term stability of the microscope. This device has been rigorously tested for durability and accuracy, with an impressive lifetime of 20,000 hours of viewing time. Its intuitive user interface makes it exceptionally easy to use, while its low-maintenance design ensures minimal upkeep and cost. Additionally, BH2-UMA includes advanced digital imaging features that enable users to capture images of observed specimens. The camera mount is compatible with a variety of cameras, while the software is capable of capturing still images, images in motion, and 3D images. This advanced functionality makes BH 2-UMA an ideal choice for research and scientific documentation purposes. Overall, BH2 UMA is a remarkable instrument that is specially designed to enhance the accuracy and clarity of biological research. It boasts powerful optics, a durable construction, improved ergonomics, and digital imaging features that make it an ideal choice for performing detailed analyses of biological specimens.