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New UV laser printing machine-新款UV紫外激光噴碼機-208-20180915

時間：2018/9/15

紫外激光噴(pen)碼機又稱為紫光激光打標機、紫外線激光打標機是激光打標機系列的一種，因而原理同激光打標機大同小異，都是用激光束在各種不同的物質表面打上永久的符號。

打標的效應是通過表層物質的蒸發暴露深層物質，或者是通過光能導致表層物質的化學物理改變而"刻"出痕跡，或者是通過光能燒掉部分物質，顯出所需刻蝕的圖像、文字。

現在市場上的激光打標機首要有CO2激光打標機，半導體激光打標機、光纖激光打標機和紫外激光打標機等等，激光打標機現在首要用于一些要求更精細、精度更高的場合。其選用355nm的紫外激光器研制而成，該機選用三階腔內倍頻技術同紅外激光比較，355紫外光集合光斑小,能在很大程度上下降材料的機械變形且加工熱影響小，由于首要用于超精細大表、雕刻，特別適適用于食物、醫藥包裝材料打標、打微孔、玻璃材料的高速區分及對硅片晶圓進行凌亂的圖形切開等運用領域融入國際前進老一輩技術,高能量的紫外光子直接損壞許多非金屬材料表面的分子鍵，使分子脫離物體，這種辦法不會發生高的熱量，紫外激光會萃光斑極小，且加工幾乎沒有熱影響，故被稱為冷加工，因而合用于特別材料超精細打標及雕刻。

激光技術在90年代的時分以激光技術和光學、晶體等動力進行數十年的不懈努力現已成功的研制出了紫外激光打標設備，并且在國際上引起了廣泛的注重，并首要結束了光伏、玻璃、薄膜等職業的運用。并且這樣技術的成功研制，對長期以來金屬表層打標發生氧化改變和原子活物質都對得到了處理，紫外激光選用 355nm的冷激光技術對外光路及光譜動力安裝也會發生較大的影響。

在安裝的進程中，對有些高精度的橢圓打標需求進行旋轉調配舉動措施，即可結束轉轉弧度打標。

紫外激光打標機成功研討之后，現已對動力、材料等領域請求了支撐性的締造作用，在國家的出產經濟總值上也據有很大的直接作用，并且處理了良多嚴峻的科學標題，關于未來的展開起著很大的決定性作用。激光技術作為現代分子結構中的一項重要科研技術，紫外激光更是研討各種分子結構強有力的技術手段，并且現已廣泛運用于玻璃、晶體、光伏等高新技術職業的打標運用。

激光(guang)打標技術(shu)特別在這(zhe)幾十年中的展(zhan)開，現已(yi)逐(zhu)漸的得(de)到了較大的展(zhan)開，并且在不斷的探求中成功(gong) 的在國(guo)際(ji)上獲得(de)了廣(guang)泛的運(yun)用(yong)。

Developed with a 355nm UV laser, the machine uses a third-order intracavity frequency doubling technique compared with an infrared laser. The 355 UV light collection spot is small, which can greatly reduce the mechanical deformation of the material and has little effect on processing heat. It is used for super-fine large-scale watches and engravings. It is especially suitable for food, medical packaging materials marking, micro-pores, high-speed differentiation of glass materials, and cluttered graphic cutting of wafer wafers. Advanced technology, high-energy ultraviolet photons directly damage the molecular bonds on the surface of many non-metallic materials, so that the molecules are separated from the object. This method does not generate high heat, the ultraviolet laser extracts the spot very small, and the processing has almost no heat, so Known as cold working, it is used in ultra-fine marking and engraving of special materials.
Laser technology in the 1990s with laser technology and optical, crystal and other power for decades of unremitting efforts has successfully developed UV laser marking equipment, and has attracted widespread attention in the international community, and the first end The use of photovoltaic, glass, film and other occupations. And the successful development of such technology, for a long time the metal surface marking oxidation changes and atomic living materials have been treated, UV laser using 355nm cold laser technology will also have a greater impact on the external optical path and spectral power installation.