Used LEICA Polyvar SC #293703825 for sale

Manufacturer
LEICA
Model
Polyvar SC
ID: 293703825
Microscope Magnification: 0.8x, 1x, 1.25x Inspection modes: Brightfield, Darkfield and DIC.
LEICA Polyvar SC is a polarizing microscope that is designed to visualize a variety of materials under microscopic magnification. It is ideal for applications in geology, petrology, and materials science, and is equipped with an iconic red dot finder for precise alignment of specimen slides. The microscope uses a modular design consisting of a dual-stage, tandem objectives, and large, symmetrical plano-concave light source. This allows for fluorescence and darkfield microscopy, as well as the ability to create detailed simultaneous mag/pol, photomicrographic, and image analysis. LEICA POLY VAR SC has a variable magnification range from 6x to 120x, and includes two amplified versions of the manual RMS objectives for increased light throughput, and high performance infinity corrected optics. This results in superior color fidelity, excellent image contrast, and minimal color distortion. The microscope also includes a host of specialized illumination techniques such as reflected and transmitted incident light, halogen and fiber-optic light sources, bright field, darkfield, and reflected light polarizing functions. This allows users to control for various conditions, such as using filter cubes during color-sensitive or multidimensional observations. Polyvar SC has an intuitive, easy to use design, which is great for new and experienced users alike. The microscope includes a built-in digital camera for easy photographing of specimens, and a USB port for connecting computers and other devices for image analysis. Additionally, the instrument is capable of critically convergent stereomicroscope observation, accurate rotary graduation including up to 12° stages, and a parallel port for multiple LIVE operators. POLY VAR SC is a powerful and reliable instrument, which has been designed to provide excellent performance in a variety of work environments. It is an ideal choice for users who require high performance in demanding research applications.
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