Laser additive 

Principle of Laser Additive

A pulsed laser beam of high energy is generated by laser generators. Laser marking additives make the light convert into heat energy when the beam acts on the materials is marked. At the same time, their surface is melted, discolored or even gasified, thereby forming a mark. Laser marking is also known as laser engraving, laser printing.

Features of Laser marking Additive

• Non-contact processing;
• High precision, fast, high legibility, reliability;
• Forming High-resolution marks;
• Environment-friendly;
• Easy to use, strong security features;
• Strong traceability of products;
• High-speed automatic processing can be achieved.

Laser Additive Application

laser additives can be used in following typical applications

• pp/ABS security & container seals
• Abs plastic household appliances,
•  tpu ear tags in livestock industry,
• POM embedding cassettes box in medical industry,
• TPE/TPU/PVC in wire/cable industry,
• PC/PA/PBT in automotive & Electronic industry
• transparent PMMA/PC/PP plastics

Laser Engraving Systems

Systems of the wavelength at 355-1064nm can be used. YAG and fiber Laser engraving systems (355-1064nm) are strongly recommended.

LinLaser laser additive