WEARING/REMOVING THE DISPLAY UNIT

Wearing the display unit

1

Remove each headphone upward from the holder as

shown in the figure.

When putting the headphones back in the holders, simply reverse the order of removal for each.

If you wish to use ear pads on the headphones, use 16.0 mm ear pads (commercially available).

Put the display unit on as if

2 wearing glasses and insert the headphones.

Adjust the nose pad to put the image to the optimal position. If this adjustment is not performed, the image may appear dim.

If the image still cannot be seen properly or is dim after adjusting

the nose pad, switch the left and right frames (pg. 28).

When wearing the display unit over glasses, pull the nose pad out slightly more than usual.

If you cannot wear the display unit securely because there is too much space between the frame arms, reduce the space

using the frame arm adjusters (pg. 16).

Holding the tips of the frame arms, gently move them apart to put the display unit on.

Caution:

Do not hold the hinges. Doing so may disengage the arms.

Headphones

Nose pad

Nose

ENGLISH

NOTICE

Be sure to wear the display unit properly so that the image appears clear and stable in both eyes.

If you widen the frame arms too much when wearing the display unit, the frame adjusters may pop out.

Do not pull or twist the nose pad excessively in directions other than those shown in the figure. This may break the nose pad or crack its surface.

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Image 15
Olympus FMD-250W instruction manual Wearing the display unit, Shown in the figure

FMD-250W specifications

The Olympus FMD-250W is a cutting-edge digital microscope that has transformed the landscape of scientific imaging and analysis. Designed for researchers and professionals, it perfectly combines advanced technology with user-friendly features. With its impressive capabilities, the FMD-250W stands out in a crowded market of imaging tools.

One of the key features of the Olympus FMD-250W is its high-resolution imaging capabilities. The microscope is equipped with a powerful 5-megapixel camera, which captures detailed images with remarkable clarity. The camera's fast frame rate enables real-time image capture, making it easier for researchers to analyze dynamic samples and make immediate observations.

The FMD-250W operates on an innovative LED illumination system, providing consistent and adjustable lighting that enhances image quality. This technology ensures that samples are illuminated evenly, reducing glare and improving visibility of intricate details. With multiple lighting options, including transmitted and reflected illumination, users can adapt the microscope to suit various applications, from biology to materials science.

In addition to its imaging prowess, the FMD-250W incorporates advanced image processing technologies. The software is designed to facilitate complex measurements, allowing users to quantify aspects of their samples quickly and accurately. Features such as automated stitching and extended depth of field enhance the capabilities of the microscope, enabling researchers to create comprehensive panoramic images and focus-stacked visuals with ease.

The microscope's ergonomic design promotes comfortable operation during extended use. The intuitive interface, along with customizable settings, ensures that users can operate the system efficiently. The FMD-250W is also compatible with various microscopy techniques, making it versatile for different fields of research.

Moreover, the Olympus FMD-250W supports integrated connectivity options, allowing seamless data transfer and analysis. Researchers can connect the microscope to external devices and software for enhanced data management and sharing capabilities.

In summary, the Olympus FMD-250W is an exceptional digital microscope that integrates high-resolution imaging, advanced illumination systems, and user-friendly features. Its versatility, combined with innovative technologies, makes it an essential tool for professionals in various scientific disciplines, ensuring accurate analysis and compelling imaging results.