To Next PageTo Next PageWhy does the observation image glare on my Olympus CX31-P Microscope?
If the observation image from your Olympus Microscope glares, it might be due to the condenser being too low. Try raising it. Alternatively, the aperture iris diaphragm may be stopped down too much; in this case, open the aperture.
What to do if the lamp bulb does not light on my Olympus CX31-P Microscope?
If the lamp bulb of your Olympus Microscope does not light, first ensure that a bulb is attached. If it is, the bulb may be blown and needs replacement. Also, check that the power cord is securely plugged in.
How to fix a dark field on an Olympus CX31-P when the bulb is on?
If the field is dark even when the lamp bulb is on in your Olympus Microscope, it could be because the Bertrand’s lens is in the light path. Disengage it from the light path. Another possible cause is that the analyzer is set to the cross-Nicol position; if so, disengage the analyzer from the light path.
Why is the image quality poor on my Olympus CX31-P?
If your Olympus Microscope image is poor, not sharp, has low contrast, or details appear solid and unclear, it could be due to several reasons: * The objective may not be correctly engaged in the light path. Set the revolving nosepiece correctly into a click position. * The objective front lens may be dirty. Clean it thoroughly. * If using an immersion objective, immersion oil may not be used. Apply immersion oil. * Bubbles may be mixed in the immersion oil. Remove the bubbles. * The specified immersion oil may not be used. Use the immersion oil supplied by Olympus. * The specimen may be dirty. Clean it thoroughly.
Why does part of the image look defocused on my Olympus Microscope?
If part of the image is defocused or looks like it’s flowing in your Olympus Microscope, it could be because the objective is not properly engaged in the light path. Set the revolving nosepiece correctly into a click position. Alternatively, the specimen may not be set properly on the stage. Set the specimen correctly on the stage and secure it using the specimen holder.
How to fix a cut-off field of view on an Olympus CX31-P?
If the field of view is cut off or not regularly illuminated on your Olympus Microscope, check the following: * Ensure the revolving nosepiece is set to a click position. * Make sure the field iris diaphragm is centered properly. * Open the field iris diaphragm to an optimum size if it is stopped down too much. * Clean the objective, eyepieces, condenser, and/or window lens thoroughly if they are dirty.
What to do if the objective hits the specimen before focusing on Olympus CX31-P?
If the objective hits the specimen before accurate focusing is obtained with your Olympus Microscope, ensure that the specimen is correctly oriented.
Why does the stage lower by itself on my Olympus Microscope?
If the stage lowers by its own weight or focusing is lost due to slippage of the knob on your Olympus Microscope, the coarse adjustment knob rotation tension adjustment ring may be set too loose. Tighten the ring to adjust to proper tension.
Why does the objective hit the specimen when switching objectives on my Olympus CX31-P?
If the objective hits the specimen when switching to a higher-magnification objective on your Olympus Microscope, make sure the specimen is correctly oriented. Also, ensure that you are using a cover glass with a thickness of 0.17 mm, as a thicker cover glass could be the cause.
Why can't I observe the conoscopic image on my Olympus CX31-P Microscope?
If you cannot observe the conoscopic image on your Olympus Microscope, the Bertrand’s lens may be disengaged from the light path. Engage it in the light path.
General safety guidelines for using the microscope and preventing hazards.
Adjusting the main switch, light intensity, and field iris diaphragm.
Adjusting coarse focus knob tension and using the pre-focusing knob.
Diagnosing and resolving issues with image darkness, clarity, and dust.
Troubleshooting issues with focus knobs and stage movement.
Resolving problems with field of view matching and diopter settings.
Addressing specimen visibility during rotation and objective collision.
Troubleshooting lamp and power cord related problems.
General| Type | Biological Microscope |
|---|---|
| Optical System | UIS2 (Universal Infinity System) |
| Objective Lenses | 4x, 10x, 40x, 100x (oil) |
| Magnification | 40x - 1000x |
| Light Source | 6V 30W Halogen lamp |
| Power Supply | AC 100-240V, 50/60Hz |
| Nosepiece | Revolving quadruple nosepiece |
| Condenser | Abbe condenser NA 1.25 |
| Focusing Mechanism | Coaxial coarse and fine focusing |
| Illumination | Built-in transmitted illumination system |
| Observation Tube | Binocular, inclined at 30 degrees |
