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Bino and trinocular microscopes, BX41 and BX51
Bino and trinocular microscopes, BX41 and BX51
Catalog # 630-1233
Supplier:  OLYMPUS OPTICAL
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Bino and trinocular microscopes, BX41 and BX51
Catalog # 630-1233
Supplier:  OLYMPUS OPTICAL

Specifications

  • Magnification:
    10×, 50×
  • Model:
    BX41M-LED-FC
  • Seq:
    03
  • Observation method:
    Brightfield, darkfield, phase contrast and polarisation
  • Focusing system:
    Coaxial coarse and fine knobs
  • Head:
    0 - 30° inclined
  • Illumination:
    LED light
  • Nosepiece:
    Quintuple
  • Stage:
    Ceramic-coated coaxial stage with left or right hand low drive control; with rotating mechanism and torque adjustment mechanism
  • Pk:
    1
  • Type:
    Binocular

Specifications

About this item

These Y-shaped frame brings all adjustable features toward the user for easy access to controls, while also providing superb stability.

  • Transmitted light frame with low-positioned coarse/fine focus, coarse focus tension adjustment, Köhler illumination, detachable nosepiece and light intensity dial in front
  • New, precise motion, rackless design, stage is available for left and right hand use, tension adjustment for X, Y movement suits individual preferences

Modular design allows for easy attachment of accessories without image compromise; accepts a variety of video attachments, film cameras, and the new BX-URA2 and BX-RFA incident light fluorescence illuminators.

The BX41 accepts all UIS2 optics, delivering bright, sharp and high-contrast images A 6V/30W halogen illumination with photo-preset button for bright images and convenient photo documentation.

Eight position universal condenser for use in brightfield, darkfield, phase contrast, polarization, and DIC (Nomarski) allows continuous observation over the wide magnification range of 1,25× to 100× without condenser change.

The conditioning device(s) and detector work together to modify image contrast as a function of spatial frequency, phase, polarisation, absorption, fluorescence, off-axis illumination, and/or other properties of the specimen and illumination technique. Even without the addition of specific devices to condition illumination and filter image-forming waves, some degree of natural filtering occurs with even the most basic microscope configuration.