Surface
Pretreatment
Decorating &
 Finishing
Laser
Marking
Bonding,
Welding, Joining
Product
Security
Pharmaceutical
Manufacturing


 Laser Marking

  

Total Solutions for High Contrast Laser Marking of Plastics and Other Substrates

Patent Pending VectorJet™ Laser Marking Technology achieves unprecedented “dark-on-light” contrast and speed on many plastics, including Acetal POM, that could not have previously been marked. This breakthrough enables robust machine vision codes, alphanumeric text, micro-marking 0.020” (0.5mm) and smaller, graphics, logos and schematic diagrams. Actual results below:   

The Sabreen Group is a global engineering company specializing in developing and implementing turnkey Six Sigma laser marking manufacturing systems for plastics, metals and other substrates. We bring “Total Solutions” encompassing the newest generation of laser optimized material science, laser technology and systems integration. Our scientific knowledge of laser additives, polymer science and primary molding operations distinguish The Sabreen Group from equipment manufacturers.

Since 1992, our laser technologies are utilized to provide our clients superior marking quality and speed advantages. The Sabreen Group’s laser processes are presently used in aerospace, automotive, animal identification, electronics, medical packaging, product security and many other industrial and consumer applications for producing the highest contrast for light-on-dark, dark-on-light, custom colors, and Daytime/Nighttime laser etching.

Visit www.plasticslasermarking.com to see more examples and technical
details regarding the processes utilized by The Sabreen Group.

The physical properties of the resin and color match are not affected. Our formulations have been the first of their kind approved directly by FDA, including the laser process, and maximize marking quality and production speed. Advanced Laser Marking™ is incorporated into some of our product security technologies. 

The Sabreen Group  Advanced Laser Marking™ Total Solutions are applicable to the following wavelengths:
 

  • Nd:YAG (1064 nm) lamp-pumped, diode-pumped and fiber optic

  • Nd:YLF (1054 nm)    

  • Frequency doubling Green (532 nm)

  • UV Excimer (193-351 nm)

  • Pulsed Nd:YAG

  • Pulsed TEA CO2 (10,600 nm)

  • Modulated dot matrix CO2 (10,600 nm)

  • CW CO2 (10,600 nm)

  • Stationary and “on-the-fly” motion