High-speed manufacturing lines cannot always stop each product for marking.

Flying laser technology solves this problem by synchronizing the laser with product movement.

How Flying Marking Works

A sensor detects the moving product.

The laser control system calculates its movement and applies the required content while the product continues traveling along the conveyor.

Typical Content

Flying marking can produce:

• Production dates

• Batch numbers

• Serial numbers

• Barcodes

• QR codes

• Logos

Suitable Industries

Common applications include:

• Food packaging

• Beverage production

• Pharmaceutical packaging

• Consumer products

• Electronics

• Industrial packaging

Benefits

Flying marking can help manufacturers:

• Maintain continuous production

• Reduce product handling

• Integrate identification into existing lines

• Automate variable coding

Material Selection

The laser source must still be matched to the material.

Fiber laser technology is suitable for many metals.

UV laser technology is suitable for precision and heat-sensitive products.

CO₂ laser technology is widely used for suitable packaging and non-metal materials.

Conclusion

Flying laser marking is particularly valuable for factories where production speed and automation are important. It allows permanent identification to become part of the production flow rather than a separate offline process.