Used CAMBRIDGE Stereo Zoom #9091760 for sale

CAMBRIDGE Stereo Zoom microscope is a high-quality instrument designed for use in microscopy, metallography, and industrial inspection. This microscope has a robust metal stand that features 10X and 20X zoom objectives with a built-in diopter adjustment and 5X, 10X, 20X, and 40X eyepieces. The optics offer a clear immersive view of the specimens, allowing the user to view specimens and structures in greater detail. Stereo Zoom also features a wide field of view and a long working distance. The wide field of view ensures that the user is able to capture specimens and other objects accurately and that many important details are not missed. The long working distance makes it easy to maneuver the microscope and take measurements from a further distance. The optical components of CAMBRIDGE Stereo Zoom microscope have been designed with precision to ensure accuracy. The microscope includes a revolving turret that has a built-in light-filtering filter for enhancing the visibility of the specimen. The turret accepts the appropriate filters and offers a smooth-running magnification range of 6X-40X. This wide range of zoom capabilities allows the user to view specimens in extreme detail. Stereo Zoom has a high-grade aluminum construction that ensures the instrument lasts for years and is easy to transport. It also includes a two-position adjustable head that angling from 0° to 90° for comfortable viewing. The base of the microscope is fitted with a non-slip rubber mat that keeps the instrument stable as you work. In conclusion, CAMBRIDGE Stereo Zoom microscope is a superior instrument for microscopy, metallography, and industrial inspection. This microscope is designed with superior optics and features a wide field of view, long working distance, and a revolving turret with a light-filtering filter. The aluminum construction is durable for years of reliable performance and convenience. With its adjustable head, this model allows the user to view the specimen from any angle and at any magnification level with ease and accuracy.