Why is there no phase contrast effect on my Nikon Microscope?
If you're not getting a phase contrast effect on your Nikon Microscope, ensure you're using a Ph objective. Also, check that the condenser annular diaphragm is in the optical path and matches the Ph code of the objective, and that it is centered. If using a system condenser, make sure the aperture diaphragm is fully open.
How to reduce eye fatigue when using a Nikon ECLIPSE TE2000-E Microscope?
If you're experiencing eye fatigue while using the Nikon Microscope, start by making diopter adjustments. If the issue persists, adjust the brightness using the brightness adjustment dial or ND filters to ensure adequate brightness.
How to fix a yellowish image on my Nikon ECLIPSE TE2000-E?
If your Nikon Microscope displays a yellowish image, the NCB11 filter might be missing from the optical path; insert it. If the issue remains, the lamp voltage may be too low; adjust the brightness adjustment dial to match the lamp ratings.
Why does the image flow on my Nikon Microscope?
If your Nikon Microscope image flows, make sure the specimen is correctly positioned on the stage. Also, ensure the revolving nosepiece is correctly installed and rotated to the click stop position. In addition, center the condenser annular diaphragm and raise the dia-illuminator till it hits the limit.
What to do if the view field is too dark on my Nikon ECLIPSE TE2000-E Microscope?
If your Nikon Microscope's view field is too dark, the condenser aperture diaphragm may be stopped down too far; normally, it should be set to 70 to 80% of the objective N.A. Also, ensure the field diaphragm image is correctly focused on the specimen surface by performing condenser focusing and centering. Finally, check that the optical path switchover dial is set to 100% observation.
How to improve poor image quality on Nikon ECLIPSE TE2000-E?
If you're experiencing poor image quality, contrast, or resolution with your Nikon Microscope, start by cleaning the lens and container to remove any dirt or dust. Ensure the objective’s correction ring is correctly set to the bottom plate thickness of the container. If the issue continues, verify that the bottom plate thickness of the container is within the objective's correction range, or perform condenser focusing and centering correctly.
Why is the view field too bright on my Nikon Microscope?
To address a view field that's too bright on your Nikon Microscope, first, insert an ND filter into the optical path. If the issue persists, lower the lamp voltage using the brightness adjustment dial.
Why can't I focus with 20x and 40x objective on my Nikon ECLIPSE TE2000-E Microscope?
If you cannot focus with 20x and 40x objectives on your Nikon Microscope, the bottom plate thickness of the container may be outside the correction range of the objective. Use a container with a bottom plate thickness within the correction range.
General| Type | Inverted Microscope |
|---|---|
| Optical System | CFI60 Infinity Optical System |
| Objective Turret | Motorized |
| Illumination | 100W Halogen Lamp |
| Stage | Mechanical stage |
| Camera Compatibility | Compatible with various digital cameras |
| Objectives | CFI60 series objectives |
| Focusing | Coarse and fine focusing knobs |
| Nosepiece | 6-position nosepiece |
| Eyepiece Tube | Trinocular or binocular |
| Eyepiece | 10x |
| Power Supply | 100-240V AC |
Specifies the primary applications and environments for the microscope.
Warning about the hot components of the illumination system.
Guidelines for handling potentially hazardous biological or chemical samples.
Ensures correct component pairing for safety and performance.
Safety procedures and tips for replacing the microscope lamp.
Advice on how to safely transport the microscope.
Emphasizes careful manipulation to preserve precision.
Recommendations for choosing a suitable environment for the microscope.
Guidance on proper use of focus controls to avoid damage.
Details on different eyepiece tube types and their features.
Description of the main structural support and housing of the microscope.
Explains the function and types of illumination systems.
Describes the role and types of condensers used in microscopy.
Details on the specimen stage and focusing mechanisms.
Information on the electrical power units for the microscope.
Details a specific system configuration.
Procedure for standard bright-field observation.
Procedure for phase contrast imaging.
Details another system configuration.
Procedure for standard bright-field observation.
Procedure for phase contrast imaging.
Details a third system configuration.
Procedure for standard bright-field observation.
Procedure for phase contrast imaging.
Guide for capturing images with a film camera.
Steps for turning the microscope and its accessories on and off.
Methods for controlling the illumination intensity.
How to direct the light path to different ports.
Description of available filters and their applications.
How to adjust the field diaphragm for optimal illumination.
Guidance on adjusting the aperture diaphragm for contrast and resolution.
Describes the function of the turret for different observation modes.
Information on the versatile condenser system.
Details on the microscope objectives and their features.
Procedure for adjusting eyepieces for user's vision.
Explanation of the focusing mechanisms.
Specific information on this illumination unit.
Description of the specimen stage.
General guide to taking photographs with the microscope.
Important step to ensure correct voltage connection.
Steps for attaching and setting up the eyepiece tube.
Instructions for attaching and using the objective nosepiece.
Guide for mounting and connecting the dia-illuminator.
Detailed procedure for replacing the microscope lamp.
Instructions for attaching and configuring the condenser.
Steps for connecting the electrical power supply.
How to use the front port for attachments.
How to use the side port for attachments.
Troubleshooting issues related to image quality and optics.
Troubleshooting problems related to microscope functionality.
Troubleshooting issues related to power and electronic components.
Proper methods for cleaning microscope lenses and filters.
General cleaning procedures for the microscope body.
Recommendations for disinfecting the instrument.
Advice on storing the microscope and its accessories.
Technical specs for a specific configuration.
Technical specs for another configuration.
Details on the required AC adapter.
Information on compatible power cords.
Lists the regulatory standards the equipment meets.
To Next Page