What to do if there is no laser beam, although process started from PC with RAYLASE Measuring Instruments?
If your RAYLASE Measuring Instruments are not emitting a laser beam despite the process starting from the PC, check if the beam path is blocked. Remove the protective cover from the beam input and/or output. Also, there may be a fault in the laser drive or laser system.
Why has the marking quality deteriorated on my RAYLASE AXIALSCAN?
If the marking quality of your RAYLASE Measuring Instruments has deteriorated, it could be due to several reasons. The optical system may be dirty. Also, the laser power may be decreasing, but the RAYLASE weldMARK™ marking software can compensate for a loss of laser power using the menu: System > Global adjustments. The marking parameters may have changed, or the beam expander may have been changed.
What to do if the laser spot changed on RAYLASE Measuring Instruments?
If the laser spot has changed on your RAYLASE Measuring Instruments, it could be due to a dirty optical system. Also, the mirrors may be dirty or damaged. In this case you should send deflection unit in for repair. The laser system might also be out of adjustment.
General| Brand | RAYLASE |
|---|---|
| Model | AXIALSCAN |
| Category | Measuring Instruments |
| Language | English |
General safety guidelines for laser operation and user responsibility.
Explains the function of the laser shutter for safety.
Details various safety signs attached to the subsystem.
Explains laser device danger classes based on DIN EN 60825-1.
Defines the laser area and safety measures for accident prevention.
Discusses hazards associated with beryllium mirrors and dust.
Discusses hazards associated with zinc selenide lenses and dust.
Overview of the manual's scope and purpose.
Specifies the intended application and professional use of the deflection unit.
Lists standard and optional components included with the subsystem.
Illustrates typical digital laser device configurations with RAYLASE modules.
Outlines warranty terms and conditions for the subsystem.
Provides contact details and address for RAYLASE AG.
Information on how to contact RAYLASE customer support.
Explains the meaning of status LEDs on the linear translator module.
Explains the meaning of status LEDs on the deflection unit.
Explains the identification codes used for subsystems and modules.
Lists type designations, apertures, wavelengths, and interfaces for deflection units.
Details type designations, apertures, wavelengths, and field sizes for translator modules.
Specific technical data for the FOCUSSHIFTER linear translator module.
Lists directives that the subsystem conforms to.
Describes the overall laser beam subsystem and its main components.
Explains how analog subsystems function with a diagram.
Explains how digital subsystems function with diagrams.
Details the protection window and its installation for optical component protection.
Describes the F-Theta lens for focusing and distortion compensation.
Details analog and digital interfaces for the linear translator module.
Specifies terminal assignments for the analog input interface.
Details signals and specifications for the digital input interface.
Specifies power supply connections for the linear translator module.
Explains the stepper motor interface for motorized field size adjustment.
Details digital output signals for transmitting data to the deflection unit.
Details analog and digital interfaces for the deflection unit.
Specifies terminal assignments for the analog input of the deflection unit.
Specifies power supply connections for the deflection unit.
Details digital interface signals for the deflection unit.
Instructions for installing the linear translator module.
Specifies requirements for cooling water to prevent pitting.
Specifies requirements for cooling air for mirror contamination avoidance.
Procedure to check beam coupling for specific AXIALSCAN/FOCUSSHIFTER models.
Steps to prepare for checking beam coupling by removing components.
Steps to check input point and angle of the laser beam.
Steps for assembling components after checking beam coupling.
Procedure to check beam coupling for water-cooled AXIALSCAN.
Steps to prepare for checking beam coupling on water-cooled models.
Steps to check laser beam input point and angle for water-cooled models.
Steps for assembling components after checking beam coupling on water-cooled models.
Instructions for manually adjusting the operating field size.
Steps to prepare for manual field size adjustment, including identification codes.
Procedure for manual field size adjustment and fine adjustment for standard AXIALSCAN.
Procedure for manual field size adjustment and fine adjustment for water-cooled AXIALSCAN.
Brief description of motorized field size adjustment using software.
Instructions for cleaning the deflection unit housing.
General guidelines and reasons for cleaning optical surfaces.
Detailed procedure for cleaning lenses and protective glasses.
Procedure for cleaning sensitive mirror surfaces.
Specific safety notes and procedures for Beryllium/Zinc Selenide components.
Lists common problems and their possible causes and remedies.
Notes on local policies, regulations, and hazardous substance considerations for disposal.
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