Why is the image tinged yellow on my Motic Microscope?
If the image appears yellow, the lamp voltage may be set too low, so increase it. Alternatively, a blue filter may not be in use; try using one.
How to improve parfocality of objectives on Motic Microscope?
If the objectives lack sufficient parfocality, try adjusting the eyepiece diopter.
Why is there inadequate brightness on Motic Microscope?
If the brightness is inadequate, verify that you are using the specified lamp for your microscope.
Why does Motic Microscope lamp blows out immediately?
If the lamp blows out immediately, it is likely that the specified lamp is not being used. Use the specified lamp.
A sub-stage condenser that collects light and directs it onto the specimen.
Factor determining efficiency of condenser/objective, represented by n sina formula.
The ratio of image size to object size, usually referring to lateral magnification.
Axial depth where the image remains sharp; shallower with higher N.A. objectives.
The portion of the image field visible to the observer's retina at one time.
Ability of an optical system to separate two distinct points or parallel lines.
Indoor use, ambient temperature, humidity, altitude, and air pressure limits for operation.
Automatic voltage selection and electrical specifications for Halogen and LED lamps.
Procedure for replacing the lamp, including safety precautions for hot components.
Guidance on screwing objectives into the revolving nosepiece for correct magnification.
Steps for raising the stage, condenser carrier, and inserting the condenser.
Tips for using matching eyepieces, locking, and removing them.
Details on using coarse and fine focus knobs, their movement limits, and adjustment precision.
How to adjust the torque of the coarse focus knob by turning the adjustment ring.
Using the stopper to mark focus position and limit coarse focus knob movement.
Selecting light distribution between trinocular tube and phototube using a slider.
Adjusting distance between eyepieces for single field of view with both eyes.
Compensating for vision differences between eyes and refocusing after magnification changes.
Using the condenser to focus light source onto specimen for even illumination.
Adjusting diaphragm for resolution, contrast, depth of focus, and brightness.
Using neutral density and interference filters for brightness and contrast control.
Warning against disassembly due to warranty void and safety risks.
Guidelines for cleaning surfaces, lenses, and components using safe solvents.
Follow standard laboratory procedures for disinfection.
Instructions for covering, storing, and protecting the microscope during periods of non-use.
General| Type | Biological Microscope |
|---|---|
| Objective Lenses | 4x, 10x, 40x |
| Magnification | 40x to 1000x |
| Nosepiece | Quadruple |
| Head | 360° rotatable |
| Focusing | Coaxial Coarse and Fine Focus |
| Stage | Mechanical Stage |
| Illumination | LED Illumination |
| Condenser | Abbe Condenser N.A. 1.25 |
| Power Supply | 100-240V |
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