Nikon e600 fluorescence microscope manual

The result: less operator fatigue allowing for longer periods of observation. Our lab has an E We typically have this scope serviced for preventative maintenance and cleaning every 18 months. Can you verify what scheduling we need to be foloowing? Biological research microscope with Nikon's revolutionary CFI60 infinity optics for dramatically improved basic performance.

Optimized for Extended Clinical Operation. In spite of its solidly stable body, the E has a compact design, permitting operations in a relaxed, natural posture. The result: less operator fatigue during long observations. Longest working distance with high numerical aperture objectives. System Flexibility for Future Upgrades. Ergonomic Binocular tube with tilting function and back and forth adjustment.

Toggle Navigation. Sign in. My Bench Sign out. Forums Documents and Manuals. One moment please My Bench Close. Sign In. Not A Member? Join MedWrench. Receive Summary Emails? A parallel optical path exists between the objective and the tube lens, which allows auxiliary modules, such as an epi-fluorescence illuminator or polarizing intermediate tube to be placed in the optical path in order to create a flexible modern microscope system without additional relay optics.

Infinity or parallel light beams offer an intrinsic design advantage in that they are relatively insensitive to placement of additional optical components in the telescopic space between the objective and the tube lens.

So long as they are plane parallel, infinity beams are not affected by the thickness of components, such as filters, analyzers, compensators, DIC prisms, and reflectors.

The location of the image point remains constant, both axially and laterally, as does the alignment between the objective and the tube lens. The E incorporates a number of ergonomic features. The angle of the eyepiece tube is lower than on conventional models, only 25 degrees up from horizontal, assuring better posture for the operator.

An optional riser allows taller operators to increase the height of the eyepiece by as much as millimeters. The stage height is millimeters lower than on conventional models, facilitating smooth nosepiece rotation and specimen handling for faster, more efficient, strain-free operation.

The stage handle and the focus control knob are equidistant from the operator and positioned so the operator's hands can rest on the desk. The main switches and controls are located in the front for easy access.