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Bresser Advance ICD Stereo Microscope - 10x-160x

Bresser Advance ICD Stereo Microscope - 10x-160x

The Bresser Advance ICD 10x-160x Stereo Microscope is a trinocular microscope built for advanced r...

Best current price£792.92from RS Components Ltd- UK

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Bresser 58-04000 Trinocular Microscope, 10 → 160X Magnification

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RS Components Ltd- UKBresser 58-04000 Trinocular Microscope, 10 → 160X Magnification
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Product Information

Full details

The Bresser Advance ICD Stereo Microscope is designed for advanced researchers and serious amateurs who require detailed, high-contrast imaging for intricate work. Its key benefit is the versatile and expansive magnification range, allowing for observation of both broad structures and fine details. A potential caveat is the reliance on AC power for illumination, limiting its use in field applications without a suitable power source.

All features

BrandBresser

Extended Product Information

FAQs

What is the primary advantage of the trinocular head?

The trinocular head allows you to simultaneously view the specimen through one eyepiece and capture images or video using a connected camera or PC-ocular through the third port. This is ideal for documentation, teaching, or remote analysis.

How do I achieve the maximum magnification of 160x?

Maximum magnification is achieved by using the 20x eyepieces, the stereo zoom objective set to 4x, and the 2x auxiliary lens engaged (4x objective * 20x eyepiece * 2x auxiliary lens = 160x).

Can I use this microscope for viewing thin biological slides?

While it has transmitted light capability, this is primarily a stereo microscope designed for surface observation of larger, opaque, or semi-translucent objects. For detailed viewing of thin biological slides at high magnification, a compound microscope is generally more suitable.

How do I adjust for my eyeglasses?

The microscope features adjustable diopter compensation on the eyepiece(s) and adjustable interpupillary distance. You can typically use the microscope with your eyeglasses on by adjusting these settings to match your vision.

What is the difference between reflected and transmitted light?

Reflected light illuminates the specimen from above, ideal for opaque objects like rocks or circuit boards. Transmitted light shines through the specimen from below, suitable for translucent or semi-transparent objects like thin slices of leaves or certain materials.

How often do the halogen bulbs need to be replaced?

The lifespan of halogen bulbs varies with usage and operating conditions, but they are consumable parts. Regular users may need to replace them annually or biennially. Replacement bulbs should be of the same wattage and type (12V, 10W).

Troubleshooting

No illumination

Ensure the microscope is plugged into a working 230V AC outlet. Check that the halogen bulbs are properly seated and not burnt out. Verify that the illumination switches are in the 'on' position and the dimmer is not set to minimum.

Blurry or unclear image

Adjust the focus knob for sharpest image. Ensure the eyepieces are clean and properly inserted. Adjust the diopter setting and interpupillary distance for your eyes. Check that the correct magnification is selected and the specimen is properly positioned on the stage.

Cannot see a full circle in the eyepiece

Adjust the interpupillary distance by moving the eyepiece tubes closer together or further apart until a single circular field of view is achieved.

Image appears distorted

Ensure the correct eyepieces are used and firmly seated. Check that the specimen is flat and centered on the stage. If using the auxiliary lens, ensure it is correctly attached.

Pros and Cons

Pros

  • Extensive magnification range suitable for diverse applications.
  • Trinocular design allows for easy digital imaging integration.
  • Adjustable illumination provides flexibility for different sample types.
  • Robust construction with a combination of metal and plastic.
  • Comfortable viewing with adjustable diopter and interpupillary distance.

Cons

  • Requires AC power for illumination, limiting portability.
  • Halogen bulbs may require replacement over time.
  • Not designed for high-power biological slide work requiring transmitted light microscopy only.

Setup, Compatibility & Care

Setup:

  1. Unpack the microscope carefully and place it on a stable, level surface.
  2. Connect the power adapter to the microscope and a suitable AC outlet (230V).
  3. Insert the desired eyepieces (10x or 20x) into the eyepiece tubes. Ensure they are firmly seated.
  4. Adjust the interpupillary distance by moving the eyepiece tubes until a single, clear circular field of view is observed.
  5. Set the diopter adjustment on one of the eyepieces to compensate for any difference in your vision.
  6. Select the appropriate magnification using the zoom control.
  7. Adjust the illumination intensity and select reflected, transmitted, or both light sources as needed.

Compatibility:

  • Power: Requires a standard 230V AC power outlet.
  • Cameras/PC-Oculars: Compatible with standard 30.5mm eyepiece inserts for trinocular heads, allowing connection of SLR cameras or PC-ocular devices (sold separately).

Care:

  • Cleaning Lenses: Use a soft lens brush or lint-free lens tissue with a suitable lens cleaning solution. Never use abrasive materials.
  • Cleaning Housing: Wipe the exterior with a soft, slightly damp cloth. Avoid getting moisture into the optical components or electrical connections.
  • Storage: Store the microscope in a dust-free environment, preferably in its original packaging or a dedicated dust cover, away from direct sunlight and extreme temperatures.

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