Nikon Eclipse FN1
The Nikon Eclipse FN1 is a right-facing electrophysiology microscope with a slim design and focusable objective holder suitable for patch clamp experiments.
Nikon Eclipse FN1
The Nikon Eclipse FN1 is a right-facing electrophysiology microscope with a slim design and focusable objective holder suitable for patch clamp experiments.
Right angle microscope for electrophysiology
Nikon’s Eclipse FN1 is a right-angle microscope ideal for electrophysiology experiments. It is designed from the ground up to meet the rigorous demands of electrophysiology research. Never before has an electrophysiology microscope allowed you to look so deeply into your sample with such clarity and contrast. Dedicated objectives give you longer working distances, narrower designs for easy electrode placement, and the ability to image specimens from visible to infrared light.
For example, with the dedicated 16X water dipping objective with N.A. 0.80 and working distance of 3 mm and magnification changer with 0.35X – 4X magnification, magnifications between 5.6X (2 mm field of view) and 64X are obtained. Combine fluorescence and DIC or an A1R MP+ confocal for very fast in vivo imaging far into the infrared range.
Contact the product specialist:
Torgeir Dahlen |
Johan Sternemalm |
Technical specification
Focusable lens holder “sliding nosepiece” with space for 2 lenses
I-shaped microscope stand with external power supply
Double-sided coarse/fine focusing
Rotatable condenser with long working distance and space for DIC modules
CFI60 or CFI75 lens, water dipping, 10X – 100X
Several different oculars with or without camera connection
12V-100W lighting
Fluorescence
Rectangular and stable preparation table with 30 mm stroke in X/Y
Right angle microscope for electrophysiology
Nikon’s Eclipse FN1 is a right-angle microscope ideal for electrophysiology experiments. It is designed from the ground up to meet the rigorous demands of electrophysiology research. Never before has an electrophysiology microscope allowed you to look so deeply into your sample with such clarity and contrast. Dedicated objectives give you longer working distances, narrower designs for easy electrode placement, and the ability to image specimens from visible to infrared light.
For example, with the dedicated 16X water dipping objective with N.A. 0.80 and working distance of 3 mm and magnification changer with 0.35X – 4X magnification, magnifications between 5.6X (2 mm field of view) and 64X are obtained. Combine fluorescence and DIC or an A1R MP+ confocal for very fast in vivo imaging far into the infrared range.
Contact the product specialist:
|
Torgeir Dahlen |
Johan Sternemalm |
Technical specification
Focusable lens holder “sliding nosepiece” with space for 2 lenses
I-shaped microscope stand with external power supply
Double-sided coarse/fine focusing
Rotatable condenser with long working distance and space for DIC modules
CFI60 or CFI75 lens, water dipping, 10X – 100X
Several different oculars with or without camera connection
12V-100W lighting
Fluorescence
Rectangular and stable preparation table with 30 mm stroke in X/Y
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