How to troubleshoot poor marking quality on RAYLASE Scanner?
Poor marking quality with your RAYLASE Scanner can stem from a defective power supply or incorrect marking parameters. Begin by checking the power supply. If the power supply is functioning correctly, verify the marking parameters to ensure they are correctly configured.
What to do if there is no laser beam from RAYLASE SUPERSCAN II-10 Scanner, although process started from PC?
If there's no laser beam despite starting the process from your PC, a blocked beam path could be the reason. Ensure that you remove the protective cover from the beam input and/or output.
Why are the X and Y axis reversed on my RAYLASE SUPERSCAN II-10 Scanner?
Incorrect cabling may cause the X and Y axis to be reversed.
User responsibility for safe operation and safeguarding the area against laser radiation hazards.
Function of the deflection unit and prevention of unwanted laser beam emission using a shutter.
Classification of laser devices per DIN EN 60825-1 and associated hazards.
Definition and protection measures for the laser area to prevent accidents.
Explains deflection of laser beams in X and Y directions using mirrors and scanners.
Describes the F-Theta lens's role in focusing laser beams and compensating for distortion.
General| Type | Galvanometer Scanner |
|---|---|
| Aperture | 10 mm |
| Input Voltage | ±15 V DC |
| Max Scan Angle | ±20° |
| Positioning Accuracy | 5 μrad |
| Storage Temperature | -10°C to 60°C |
| Interface | Analog |
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