Laser coding machine series
Laser coding machines are used to mark production date, batch, traceability code, QR code and anti-counterfeiting information in the post-packaging process. They are important equipment for modern packaging lines to achieve quality traceability and compliance marking. Compared with manual coding or traditional methods, laser coding is more suitable for continuous production and standardized management.
Applicable location
- Top or side of bottle cap
- Label surface
- Carton outer packaging
- Heat shrink cap, outer box, anti-counterfeiting area
Applicable industries
- Edible oils, specialty oils and functional oils
- Wine, fruit wine, flavoring liquids, beverages
- Packaging projects that require batch traceability and brand anti-counterfeiting management
Selection suggestions
- First confirm the coding location and material, whether it is plastic, metal, label or carton
- Reconfirm the message content length, QR code size and line speed
- If the appearance requirements are high, priority should be given to linkage verification with labeling machine series
- If the project requires back-end automatic logistics connection, it can continue to be linked [packing and palletizing] (/en/solutions/packing-palletizing/)
Benchmark reference model
The coding section focuses on material adaptability, power and marking speed. The model name can directly enter the corresponding product page.
| Model | Excerpt of public parameters | Applicable instructions |
|---|---|---|
| Fiber laser marking machine 10W / 20W / 50W | 1064 nm; maximum line speed 8000 mm/s; marking range 110×110 mm; frequency 20-80 KHz | Suitable for fine traceability markings on metals, bottle caps, labels, etc. |
| CO2 Laser machine CX10 / CX30 | 10W / 30W; wavelength 10.6 or 10.2 μm; maximum speed 7000 mm/s; repeatable positioning 0.003 mm | Suitable for coding cartons, labels, and some non-metallic surfaces |
Direct access to specific models
- Fiber laser marking machine
- CO2 Laser Machine
- Filling and packaging equipment parameter library overview