Nikon ECLIPSE Ci-POL Polarizing Microscope

A compact polarizing microscope that combines impeccable optical performance with ease of use

The compact ECLIPSE Ci-POL is a personal polarizing microscope that won’t take up your entire desk. Thanks to its CFI60 optics, it offers advanced optical performance and convenient operation. A built-in photo capture button, located near the front of the microscope base, makes it easy to capture images using Nikon DS-series cameras.

• Excellent cost-effectiveness and manufacturing precision are balanced with outstanding core performance. The focus travel has been extended to 30 mm, making it easier to observe tall specimens.
• The mechanism for locking the stage at its maximum height ensures easy and safe sample replacement.

KEY FEATURES

Five-position objective turret with centering capability

The objective turret comes with a standard slot for compensators (DIN standard) to accommodate various compensators for advanced quantitative measurements. All five positions feature objective centering.

Intermediate Module

The intermediate module includes a Bertrand lens as standard, allowing for both routine observations and the acquisition of conoscopic and orthoscopic images. 

Polarizing Lenses

The CFI60 optical system, renowned in its field, successfully provides long working distances, high numerical aperture, and produces sharp, aberration-free images. The lenses are made of eco-friendly glass that contains no environmentally harmful substances, such as lead or arsenic.

The episcopic objectives belong to the recently developed CFI60-2 series and produce clear, aberration-free images regardless of magnification.

Diascopic/Episcopic Illumination

Thanks to the installation of the universal epi-illuminator LV-UEPI-N, it is possible to observe both diascopic and episcopic polarized light.

The epi-illuminator uses a 50-watt high-intensity lamp as standard, which provides brighter illumination than a conventional 100-watt lamp. A noise-reduction mechanism is used to ensure clear images with a high signal-to-noise ratio.