Used OLYMPUS BH3 #9250416 for sale

OLYMPUS BH3
Manufacturer
OLYMPUS
Model
BH3
ID: 9250416
Microscope With PC.
OLYMPUS BH3 is a unique objective view microscope that combines sophisticated optical performance with exceptional ergonomic solutions for intuitive operation. The sophisticated optics make it suitable for a wide range of applications from basic observation and imaging to advanced spectral imaging. BH3 features a triple head design with a zoom ratio of 1:10. It has a high-performance prisms that provides an extremely clear and bright field of view with high resolution and low distortion. The large zoom range of 0.9x to 90x makes OLYMPUS BH3 perfect for a range of tasks. The adjustable luminous intensity provides better contrast and brightness control. It is equipped with a three-button remote control to quickly adjust the light intensity and the imaging parameters, such as focus, zoom, exposure, and viewing angle. BH3 also features a novel LED illumination system that provides a combination of bright white light and darkfield illumination. The LED lighting enables users to see more detail in dark samples and difficult to view objects. The lamp also provides a reduction in power consumption. OLYMPUS BH3 produces high-quality images without requiring any special accessories. It has advanced proprietary algorithms that allow users to capture images with the highest accuracy and detail. The Auto Exposure Mode is ideal for capturing scientific images in a variety of challenging lighting conditions. BH3 is built to last with its robust and durable construction. The microscope is designed to withstand daily use in harsh environments. The microscope also features built-in dust and moisture proof seals that protect against corrosion and damage. OLYMPUS BH3 is an exceptional microscope that combines advanced optics with highly advanced ergonomics to provide users with exceptional image quality and advanced control. Its advanced design and technology makes this microscope perfect for a wide range of applications from basic observation to advanced spectral imaging.
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