FOBA Automation: Intelligent laser marking for tomorrow's production

What is automated laser marking?

Automated laser marking refers to the use of laser technology for the permanent marking of products or components—embedded in automated manufacturing processes. A system not only performs the marking itself, but also tasks such as component recognition, positioning, quality control, and data tracking. The aim is to make marking efficient, error-free, and documentable—especially in industries with high regulatory requirements such as medical technology, automotive, or electronics.

Advantages of automated laser marking processes

• Greater efficiency: End-to-end processes without manual intervention reduce cycle times and increase throughput.
• Error prevention: Integrated image processing checks every marking immediately after the laser process.
• Traceability: Serial numbers, data matrix codes, or UDI markings can be generated and documented automatically.
• Flexibility: Modular systems can be easily adapted to changing product requirements.
• Cost savings: Less scrap, lower personnel costs, and reduced rework lower operating costs.

What are the requirements?

In order to successfully implement automated laser marking, a number of technical and organizational requirements must be met:

• Suitable infrastructure: Space for integration into existing production lines or as a stand-alone cell.
• Interface compatibility: Connection to MES/ERP systems for data transfer and process control.
• Production data: Unique article numbers, serial numbers, or batch information must be available in digital form.
• Quality requirements: Clear specifications for marking quality, legibility, and validation.
• Training & support: Operating personnel should be familiar with the technology—FOBA offers comprehensive support in this area.

Conclusion

With its automation solutions, FOBA offers a future-proof answer to the increasing demands of industrial laser marking. The combination of precision, flexibility, and process reliability makes automated laser marking a central component of modern manufacturing.

Further information and application examples can be found here.