UNINE UV1010C--Satisfactory answer for laser marking of test reagent cards
Its raw materials are generally high-impact polystyrene (HIPS) or polyvinyl chloride (PVC), which has strong impact resistance and a smooth and clean surface, but this also means that traditional paper labels and inkjet printing are difficult to ensure the adhesion of the mark.
Faced with the requirements of ensuring that the mark does not fall off and preventing the reagent from being contaminated by odor and chemical agents, the Sunine UV1010C ultraviolet laser machine brings everyone a satisfactory answer.
1. Sunine UV1010C uses a 355nm wavelength cold light source. The low-temperature marking processing technology means that no smoke or odor will be generated during the coding process, and the reagent card material will not be corroded by temperature, thus affecting the overall aesthetics.
2. The imported high-end optical galvanometer is used to effectively cope with the high-speed flow of the conveyor belt, and the marking lines are smooth and stable, which is especially suitable for reagent card production companies with large daily output.
Self-developed control software and open communication protocols can freely connect to more diverse data systems, and multi-core high-performance chip processors create shorter response times; high-speed and high-precision DA integrated circuits, accurate processing positioning, and fast speed.
3. The technical control of UV1010C enables it to achieve more personalized customization for users with various needs, such as visual positioning marking for irregular placement of reagent cards, and visual inspection systems after coding.
While improving the efficiency of marking, it reduces the defective rate and realizes a one-stop solution of "loading-data collection-coding-detection-elimination of defective products-feedback".
