Overview

The Leica DM EP polarizing student microscope can be used in a variety of polarized light applications. From determining the structure, composition, and formation of Geological samples to analyzing the stress levels in glass and polymers, the polarization system of the Leica DM EP polarizing student microscope is designed to provide the accuracy and adaptability youll need for all of your identification and analysis applications.

An outstanding tool for fields ranging from Earth Sciences to Material Sciences and Forensics, the Leica DM EP polarizing student microscope offers a vast array of specialized features to make your polarized microscopy investigations easier and more accurate.

By employing strain-free optics and precision-engineered polarizing mechanisms, the Leica DM EP polarizing student microscope's superior design ensures a concentric field of view and maximized extinction for all of your investigative needs.

And to combat the discomforts often associated with repetitive movements and extended viewing periods, the Leica DM EP polarizing student microscope's highly adaptable, ergonomic design allows for comfortable use and easy manipulation of specimens.

Key Features

An Analyzer/Bertrand Lens module with swing-in/out controls and a stabilizing mechanism to provide proper orientation and ease of use for both Conoscopic and Orthoscopic observations
DIN standard full wave and quarter wave compensators with slide stops and ergonomic grips to improve efficiencies and ease of use (other compensators also available)
A 2000 hour/35 watt halogen lamp equipped with an illuminated intensity control system to signal users when the microscope has been left on- saving on lamp life
A selection of precision-engineered, strain-free POL objectives to provide brilliant image quality
A rear-facing nosepiece featuring 4 independently-centerable, strainfree objectives to ensure parcentricity for concentric rotations of specimens around the optical axis
A high precision 180mm diameter rotating stage marked in one degree increments and equipped with two verniers for accurate measurements to a tenth of a degree (attachable mechanical stage also available)
Verniers located 90 degrees apart on the right and left of the stage providing a direct view to simplify measurements of specimens during stage rotations
Durable, solid brass core focus knobs create inertia for fatigue-free focusing