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 carving.
laser marking additive for safety strips
laser marking additive for plastic strips
laser marking additive for plastic seals
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.
The overall production cost of individual parts is far less than that of printing traditional inks.
Laser Marking Additive Application
Laser marking additive is suitable to apply to mark the dark color on the light-colored plastics, elastomers, and rubbers, including PP, PE, ABS, PA6, PA66, PS, PBT, PET, POM, SEBS, TPU, TPE, and so on.
Laser Engraving Systems
Systems of the wavelength at 355-1064nm can be used. YAG and fiber Laser engraving systems (355-1064nm) are strongly recommended. Baoxu also offer laser marking additives for UV laser systems.
FDA Laser Engraving additive
Baoxu laser marking additive grade name Lasergreen 40MB complies with FDA and is compliant for food contact applications.
Lasergreen 40 MB FDA Laser marking additive Introduction LASERGREEN 40 MB is a specific laser marking masterbatch for the plastics industry that deliberately dispenses use of heavy metals. Comply with food contact applications, real FDA-grade laser marking additive. LASERGREEN 40 MB achieves strong contrast, high writing speeds, and outstanding marking quality, with all common lasers,…