The precision laser coding solution provides permanent, clear identification on multiple materials. Advanced laser technology creates clean, stress-free fine marks on lithium-battery tab metals and high-contrast marks without substrate damage on flexible materials such as green tape. It also handles the composite outer surfaces of aluminum-plastic pouch films and various plastic and ceramic components, producing wear- and corrosion-resistant codes across surfaces with different hardness and properties. Noncontact operation, high precision, no consumables and environmental compatibility improve traceability and appearance quality.
| Parameter | Value |
| Coding type [Industry-specific codes such as Vericode can be customized as required] | QR Code, Datematrix, Code128, code139 and other common matrix and dot-matrix codes; |
| Minimum code marking dimensions | 0.5mm×0.5mm、0.8mm×0.8mm |
Coding lithium-battery tabs; coding green adhesive tape; coding the outer surfaces of aluminum–plastic laminate pouches; coding plastic parts; coding ceramic parts; coding packaging boxes.
Noncontact processing; high-precision permanent marking; suitable for multiple materials; environmentally friendly and efficient; compatible with automation.
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Founded in 2021 by Dr. Bao Qiaoliang, a globally highly cited scientist, Klight Laser has grown into a national high-tech enterprise. The company focuses on the R&D and production of ultrafast ultraviolet and deep ultraviolet lasers (wavelengths: 355nm/266nm/213nm/193nm), providing deep ultraviolet light sources for semiconductor wafer defect detection (particle detection, bright/dark field detection) or mask inspection equipment. Klight's high-repetition-rate picosecond deep ultraviolet lasers fully match the technical specifications of international counterparts, independently developed with multiple core patented technologies and supplemented by intelligent control systems, offering customized light source matching services for domestic wafer inspection equipment integrators. Additionally, the company provides customized flexible micro-machining solutions in the form of laser modules, and has expanded into multiple application fields such as new energy, pan-semiconductor, and medical aesthetics.