How to resolve unequal focus issues with my Motic Panthera?
Unequal focus in your Motic Microscope might be due to the stage being installed on an inclined plane, the specimen holder not being fixed securely on the stage, or the specimen not being secured in position. To fix this, ensure the stage is installed on a level plane, secure the specimen holder on the stage, and secure the specimen in position.
What to do if focusing is not possible with high magnification objectives on my Motic Microscope?
If you are unable to focus with high magnification objectives on your Motic Microscope, it could be due to the slide being upside down or the cover glass being too thick. Check and correct the slide orientation, and use an appropriately thin cover glass.
How to fix insufficient parfocality of objectives on my Motic Panthera?
Insufficient parfocality of objectives in your Motic Microscope can be caused by the eyepiece diopter not being adjusted. To correct this, adjust the eyepiece diopter.
How to fix dust or dirt in the field of view of my Motic Panthera Microscope?
If you notice dust or dirt in the field of view of your Motic Microscope, it might be due to several factors. The aperture diaphragm may be closed too far, or the condenser might be set too low. Additionally, the specimen surface, field lens, filter, condenser, or eyepiece could be dirty. To address this, try opening the aperture diaphragm and adjusting the condenser height. Also, clean the specimen surface, field lens, filter, condenser, or eyepiece to remove any dust or dirt.
What to do if my Motic Panthera image is tinged yellow?
If the image in your Motic Microscope appears tinged yellow, it could be because the lamp voltage is set too low or the blue filter is not being used. To correct this, increase the lamp voltage and ensure the blue filter is in use.
What causes eye strain or fatigue when using a Motic Panthera Microscope?
Eye strain or fatigue when using the Motic Microscope can be caused by several factors: the interpupillary distance not being adjusted, the diopter adjustment not being made, the field of view of the left and right eyepiece differing, or inadequate illumination. To alleviate this, adjust the interpupillary distance, make the diopter adjustment, match the field of view of both eyepieces, and increase the illumination.
Why do high magnification objectives strike the specimen when changing magnifications on my Motic Panthera?
If high magnification objectives strike the specimen when changing from low to high magnification on your Motic Microscope, it could be because the slide is upside down, the cover glass is too thick, or the eyepiece diopter is not adjusted. Check and correct the slide orientation, use an appropriately thin cover glass, and adjust the eyepiece diopter.
Why is the lamp not lighting on my Motic Panthera?
If the lamp on your Motic Microscope is not lighting, there are a few potential reasons: the power supply might not be plugged in, the lamp might not be installed, or the lamp might be burnt out. To resolve this, plug in the power supply, install the lamp, or replace the burnt out lamp.
What causes inadequate brightness in a Motic Panthera?
Inadequate brightness in your Motic Microscope may be caused by not using the specified lamp. To resolve this, use the specified lamp.
How to resolve no cohesion of binocular image in my Motic Microscope?
If there is no cohesion of the binocular image in your Motic Microscope, it could be due to the magnification or field of view of the left and right eyepieces differing, or the interpupillary distance not being adjusted, or the eyepiece diopter not being adjusted. To fix this, match the magnification and field of view of both eyepieces, adjust the interpupillary distance and adjust the eyepiece diopter.
General safety notes and instructions for using the instrument.
Instrument safety, FCC, and EMC conformity details.
Guidelines for transport, disposal, and intended use of the microscope.
Specifies the intended applications and purpose of the microscope.
Information and terms related to the instrument's warranty.
Identifies and labels the parts of the Panthera S model.
Identifies and labels the parts of Panthera U/C/L/HD models.
Specifies the ideal environmental conditions for instrument operation.
Instructions for checking and ensuring correct input voltage.
Details on setting up halogen and LED illumination systems.
Specifics for setting up the stage and attaching the specimen holder.
Guidance on installing objectives and the condenser.
Instructions for mounting eyepieces and placing filters.
How to connect the power cord to the instrument and power outlet.
Steps for using QR-Link to connect to the Panthera APP.
Details on the connection panel and its digital capabilities.
Information on using HDMI, USB, and LAN connectivity for teaching.
How to share ImagingOnDevice data and use ImageRecall.
Instructions for operating coarse, fine focus, and torque adjustments.
How to use the coarse focus quick stop and stage upper limit stop.
How to adjust the interpupillary distance for comfortable viewing.
Steps for adjusting the diopter for individual eye differences.
Detailed steps for performing Full Kohler Illumination adjustment.
How to use aperture/field diaphragms and adjust brightness/contrast.
How to adjust illumination brightness for different models and restore defaults.
Information on standby mode and adjusting Epi/transmitted illumination.
Guidelines on not disassembling, cleaning, disinfecting, and storing the microscope.
Safety and steps for replacing bulbs and illumination modules.
Technical electrical specifications for different Panthera models.
A table listing optical problems and their possible causes.
A table listing electrical problems and their possible causes.
General| Focusing | Coaxial coarse and fine focusing |
|---|---|
| Illumination | LED |
| Magnification Range | 40x - 1000x |
| Head | Binocular |
| Eyepieces | Widefield 10x eyepieces |
| Power Supply | 100-240V AC |
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