CO₂ laser technology is widely used for suitable non-metal materials and packaging applications. It supports permanent codes, graphics, dates and machine-readable information.
Packaging manufacturers often require permanent information without using conventional ink consumables.
CO₂ laser marking offers an alternative for many suitable non-metal applications.
Typical Materials
CO₂ laser technology can be applied to suitable:
Supported Content
An industrial CO₂ laser can generate:
High-Speed Marking
Industrial configurations can provide high galvanometer scanning speeds, making them suitable for automated manufacturing and packaging lines.
Flying Marking
One of the most useful production functions is flying marking.
Instead of stopping every product, the laser can mark products as they move along a conveyor.
This is particularly relevant to:
Food packaging
Beverage packaging
Pharmaceutical packaging
Consumer products
Large-Area and Rotary Processing
CO₂ laser platforms can also support:
These functions expand the range of product sizes and shapes that can be processed.
Conclusion
CO₂ laser technology is an effective solution for many packaging and non-metal marking applications. Its combination of permanent identification and production-line integration makes it highly suitable for industrial packaging operations.
