What to do if processing does not start on my Nidek Medical Edger?
If processing doesn't start when you press the start button and a beep sounds, it could be because the soundproof cover is open. Please close the cover. Alternatively, the instrument may be trying to process the same side of the lens. Press the start button to change the indication from R or L to process the opposite lens.
Why does retracing start automatically on my Nidek Medical LE-9000LX Edger?
Automatic retracing, indicated by blinking LEDs, occurs when there's a significant difference (1 mm or more) in circumference between the right and left rims. To resolve this, trace only one rim and then proceed to edge the lens.
What to do if the Nidek Medical LE-9000LX Edger displays "Use chuck for half-eye lens"?
If the message "Use chuck for half-eye lens" appears and the instrument stops, use the adapter set designed for half-eye lenses.
What to do if the stylus comes off the groove of frame during tracing with Nidek Medical LE-9000LX Edger?
If the stylus comes off the groove during tracing and the LED blinks, press the button to return the stylus to its original position and try tracing again. For frames that are sharply warped, trace only one rim while holding the other rim in place.
Why does the Nidek Medical Edger change to Bevel simulation display during lens shape measurement?
The display changes to the Bevel simulation and part of the outline blinks because the lens size is insufficient for the selected outline. Press the stop button, then either use a larger lens or change the lens layout.
How to fix Nidek Medical LE-9000LX memory function if it cannot be used?
To enable the memory function, set the parameter "10) Ext. interface" to "None".
General| Brand | Nidek Medical |
|---|---|
| Model | LE-9000LX |
| Category | Edger |
| Language | English |
Describes the fully-automatic lens edger and its functions.
Explains symbols used for safety, operation, and identification in the manual.
Crucial warnings and precautions for safe operation of the instrument.
Specifies conditions for storing the instrument to prevent damage or malfunction.
Details precautions and methods for safely moving the instrument.
Outlines required environmental conditions and placement for instrument installation.
Instructions and cautions for electrical connections to ensure safe operation.
Procedures for proper shutdown and cleaning after daily use.
Recommendations for periodic inspections and checks for instrument longevity.
Guidance on proper disposal of the instrument and its components according to regulations.
Illustrates and explains various safety labels found on different parts of the instrument.
Details safety features like soundproof cover check and stop key functions.
Overview of the instrument's main components and their arrangement.
Identifies ports and controls located on the rear of the instrument.
Provides a step-by-step flowchart of the entire lens processing operation.
Steps required to prepare the instrument before starting operations.
Explains the process of tracing frame shapes for accurate processing.
Information on setting up lens layouts and processing conditions.
Procedures for blocking lenses, which positions them for processing.
Details various processing methods available for lenses.
Procedures for verifying and adjusting the lens size after processing.
Instructions for processing the second lens of a pair.
Procedure for safely removing the lens cup.
Daily cleaning and shutdown procedures for the instrument.
Daily checks to ensure proper operation before and after use.
Recommended schedule for periodic inspections and maintenance.
Displays counts of lenses processed by material.
Guides users on how to configure various operational parameters.
Allows saving custom display settings for startup.
Functionality for saving and retrieving lens tracing data.
Process for maintaining the grinding wheels for optimal performance.
Steps for replacing water and filter, with and without FP-100.
Steps for replacing water and filter for 230V units.
Instructions for replacing blown fuses.
How to clean the instrument's outer surfaces.
Adjusting lens size compensation for proper fit.
Correcting bevel position if it deviates from the designated spot.
Adjusting the lens axis angle for precise processing.
Compensating lens margin for finishing.
Adjusting the PD value if it doesn't match the finished lens.
Adjustments related to polishing, especially for unpolished edges.
Calibrating the tracing unit for accurate measurements.
Lists parts and accessories that are consumed during operation.
Detailed list of accessories provided by NIDEK.
Detailed list of accessories compatible with WECO-type systems.
Detailed list of accessories compatible with SANTI-type systems.
Guidance on choosing the appropriate tracing method.
Overview of different layout forms for inputting lens data.
Guide to selecting the correct blocking mode for lenses.
Guide to selecting the appropriate processing mode.
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