Nikon Eclipse E600 Research Microscope: Versatility and Performance for Laboratories
The Nikon Eclipse E600 microscope is a mid-range instrument designed for laboratory research applications. Introduced in the 1990s, this microscope features a CFI60 infinity optical system that delivers exceptionally clear and sharp images. This optical system delivers bright, high-contrast images regardless of the application, making it a preferred choice for research laboratories and medical institutions.
The Nikon Eclipse E600 is equipped with a 12-volt , 100-watt halogen lamp , providing stable and reliable illumination. It also features a filter magazine and a removable stage, allowing for great flexibility in experiment setup. The microscope has a 25-degree inclined eyepiece tube, promoting an ergonomic posture for the user. For taller users, an optional riser allows the height of the eyepieces to be adjusted up to 100 millimetres.
The Eclipse E600 is compatible with a variety of objectives, including universal objectives that allow multiple observation techniques without changing objectives. This includes techniques such as phase contrast, bright field, dark field, Nomarski differential interference contrast (DIC) and epifluorescence. This versatility allows researchers to perform a wide range of analyses with a single instrument, optimising laboratory efficiency and productivity.
The ergonomic design of the Eclipse E600 is designed to reduce user fatigue. The fine focus and stage movement controls are positioned for easy access, allowing precise adjustments without excessive effort. This attention to ergonomics allows for extended observation sessions without discomfort, which is crucial for intensive research work.
In terms of technical specifications, the Nikon Eclipse E600 has a parfocal distance of 60 millimetres, a thread diameter of 25 millimetres and a standard field of view of 22 millimetres. These technical features allow for extensive compatibility with various accessories and additional modules, such as microphotography and digital imaging systems.