Used OLYMPUS MX61L-F #9246516 for sale

Manufacturer
OLYMPUS
Model
MX61L-F
ID: 9246516
Microscope.
OLYMPUS MX61L-F is a high resolution and high performance polarizing microscope typically used for research and industrial applications. This microscope is designed with a long working distance for users to easily inspect samples or measure sections. It has four infinity corrected optical components which images to be magnified up to 643x while maintaining an image edge distortion of less than 0.35%. OLYMPUS MX-61L-F also includes an optical low mid-side solution, which provides a parallel or non-parallel light path depending on the type of observation you wish to make. The low mid-side solution gives the user the ability to view polarized light at different angles of incidence. Additionally, it has a rotating nosepiece which makes switching objectives fast and easy. MX 61 L-F is equipped with a bright field illumination and a pol magnifier/phase contrast condenser which allows you to easily monitor the whole field of observation. Additionally, this microscope includes an extra low-power reflector that doubles the light output from the condenser, ensuring a bright, evenly illuminated image. This microscope also offers a halogen reflected-light source, which allows for long lifetime use, while also providing stable and even illumination to the specimen. It also has an advanced polarized system which allows users to easily adjust the position of the crossed polarizer, analyzer, and polarizing prisms in order to obtain the perfect image. Overall, OLYMPUS MX 61 L-F is a reliable and powerful microscope that features highly advanced optical techniques which provide the user with a bright, crisp and accurate images. Additionally, it features a long working distance and rotating nosepiece for added convenience and usability. The polarizing system provides clear and accurate results while the halogen lighting ensures a stable and long-term lighting for your specimen. This microscope is perfect for a wide variety of industrial and research applications.
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