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Olympus 10X Eyepiece WHSZ

Code: MIC1544 D2-184

User comfort is a priority for Olympus, and the SZ61 microscope sets a new standard. The smoothly contoured finished, eyepiece, and the accessible, responsive controls make the microscopes easier a...


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£180.00 EACH

User comfort is a priority for Olympus, and the SZ61 microscope sets a new standard. The smoothly contoured finished, eyepiece, and the accessible, responsive controls make the microscopes easier and more comfortable to use. The compact design is facilitated by the microscope’s Greenough optical system, which delivers good flatness and ample depth of field along with clarity, detail, good color rendering, and small distortion. Dependable, high-performance optics enable consistent, accurate results while ergonomic features make long-duration tasks easier and less demanding to perform. The SZ61 microscopes deliver the comfort and functionality that are critical for modern biological

microscope applications.

  • The SZ61 microscope's magnification range extends from 6.7× through 45× (using 10× eyepieces), with a zoom ratio of 6.7:1. The advanced optical system enables quick, comfortable observations at appropriate magnification.
  • The 10-degree angle of convergence in the Greenough optical system produces excellent image flatness with a large depth of field.
  • Carefully selected lens surface coatings and glass materials throughout the optical system make it possible to observe and document specimens in their original, authentic colors.
  • High-contrast images and field flatness help achieve accurate reproduction and documentation of original specimen shapes.
  • The universal reflected/transmitted light LED illumination stand brings together all the advantages of LED technology. The flat, high-brightness LEDs allow successful integration of transmitted illumination into a very slim base, which in turn facilitates easy specimen access and manipulation.
  • The main body and major accessories can quickly eliminate static electricity with the use of antistatic materials and coatings. This prevents a specimen under observation from electrostatic damage.

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