Used NIKON Eclipse L 300 #9373057 for sale

NIKON Eclipse L 300 is an upright microscope specifically designed for use in the life sciences. This microscope is engineered to deliver outstanding performance and meets the highest safety requirements. With a design made to enhance productivity and efficiency, NIKON ECLIPSE L300 is ideal for advanced biological imaging, permitting excellent specimen orientation and illumination. ECLIPSE L-300 is built with NIKON superior optics technology, allowing for high-resolution, color-corrected images. The multi-multi-mode optical system supports brightfield, darkfield, polarizing, and fluorescence illumination methods, and is well-suited for advanced live cell imaging. The microscope itself consists of a base frame, binocular head, eyepieces, objectives, nosepiece, and condenser lens. The main body has a durable metallic design, and is adjustable to accommodate different users. The binocular head of ECLIPSE L300 is tiltable and rotatable for more flexible viewing angles. It also has a 50-degree adjustable intermediate turret lower to its eyepiece. The eyepieces of Eclipse L 300 are 10x widefield, and have a longer 20mm eye relief for worker comfort. NIKON ECLIPSE L-300 is loaded with quality objectives. These include achromats, plan-achromats, and apochromats that enable the user to explore specimens in a variety of magnifications. The long working distance of these objectives allow them to be used for physiological research and high-resolution imaging. NIKON Eclipse L 300 is also equipped with a six-position manual nosepiece, allowing the user to easily switch between lenses rapidly. Furthermore, this microscope allows for upright observation due to its trinocular port for CCD and other cameras. Lastly, NIKON ECLIPSE L300 delivers excellent illumination performance, including transmitted, incident, or dual-mode illumination. All of these features make this microscope a versatile and powerful tool for advanced life science research. With ECLIPSE L-300, researchers can achieve a high degree of accuracy and precision, allowing the best possible results.