Fiber laser technology is particularly suitable for permanent marking on metals and industrial components. It combines fine beam quality, high repeatability, non-contact processing and flexible computer control.
Metal products frequently require permanent identification that remains attached to the component throughout its service life.
Fiber laser marking is one of the most widely used technologies for this purpose.
The technology uses a focused laser beam to modify the product surface without using ink, labels or mechanical contact.
Fine Marking Performance
Fiber laser systems can produce:
Small text
Serial numbers
Product codes
Barcodes
QR codes
Logos
Vector graphics
The equipment described in the catalog supports very high repeatability and fine line marking, making the technology suitable for precision industrial identification.
Adjustable Laser Output
Industrial fiber laser systems can be configured with different power levels and adjustable laser output.
The correct setting depends on:
Material type
Surface finish
Required contrast
Required depth
Production speed
Higher laser power is not automatically better. The optimal configuration should match the real marking requirement.
Suitable Materials and Products
Fiber laser marking is commonly suitable for:
Material testing is recommended because surface coatings and alloys can influence the final marking effect.
Automation Capability
Fiber laser marking can also be integrated into automated manufacturing environments.
Possible configurations include:
Conclusion
Fiber laser marking is particularly suitable for manufacturers requiring precise and permanent identification on metal components. Its non-contact process, fine marking quality and automation capability make it useful across many industrial sectors.
