A fiber laser marking machine is ideal for stainless steel, aluminum, carbon steel, titanium, brass, and coated metals. It provides permanent and high-contrast marking for serial numbers, logos, QR codes, DataMatrix, and barcodes.

A Fly laser marking system is a high-speed laser coding solution designed to mark products while they are moving on a production line. It integrates with conveyor systems and is ideal for mass production environments.

High-speed laser coding refers to marking systems designed for continuous production lines. It is widely used in automotive, packaging, medical, and electronics industries for date coding, batch numbers, and traceability codes.

Yes. Laser QR code marking provides permanent, high-resolution codes suitable for industrial traceability applications, especially in automotive and medical industries.

Laser labeling is the process of permanently marking metal or plastic tags using laser technology. It is commonly used for industrial nameplates, serial number plates, and compliance labels.

UV laser marking is a cold marking technology that minimizes heat damage, making it ideal for plastics, medical devices, and electronic components.

Laser systems typically provide a return on investment within 6–12 months thanks to their low consumable costs and long-lasting laser source.

1. Laser serial number marking and DataMatrix coding can be integrated into production lines with robotic systems and on-the-fly solutions. 2. UV and fiber laser systems enable permanent UDI code marking suitable for medical standards. 3. Micro engraving, serial number marking, and partial color marking (only with MOPA M7 fiber) can be performed on gold, silver, bronze, zinc, steel, and titanium. Additionally, Raycus, Max, JPT, and IPG laser sources are available, and the system also has laser welding capability. 4.Fly laser coding systems enable high-speed date and batch number marking on packaging lines.