Used OLYMPUS BHTU #84925 for sale

OLYMPUS BHTU is a sophisticated microscope precision engineered for imaging, research, and analysis. It is equipped with a high-resolution digital camera, which allows microscopic images to be acquired and viewed with precision. The system is capable of imaging in a variety of wavelengths, magnetically, or under both polarized and fluorescent light. The optical design of BHTU microscope is based on a focusable opto-mechanical system that provides high performance imaging. This optical system is composed of lenses and mirrors, combined with a light-transferring monochromator and a low-light fluorescence detector. The optics are designed to provide exceptional contrast and resolution and control over illumination. The microscope is designed to provide a wide range of features, including a motorized stage, a variety of filters, and an automated Objective Changer. The motorized stage allows precise motors to move the specimen to ensure exact windscales of movement. This stage also has adjustable speed and acceleration for precise control. The filter module has a selection of colored filters, polars, and DIC optics for precise control over image contrast and light fluorescence. The automated Objective Changer allows for precise and repeated magnification ranging from 20x up to 400x; this provides precise detail in imaging and allows for precise measurements. In order to ensure accuracy and precision in imaging, fiducials and sample markers are available along with high-resolution autofocus and automated coldlight autofocus. The microscope also provides very precise automated focusing systems, allowing for precise and repeatable focus changes. OLYMPUS BHTU microscope is designed to provide the highest level of imaging and analysis. It offers excellent resolution, contrast, and image resolution and provides precise control over filtration, illumination, and sample positioning. This allows for reliable and repeatable results; this combination of features makes BHTU microscope an ideal choice for imaging and analysis.