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激光标签制作厂家告诉你激光防伪标签印刷要素

来源:http://www.njhxsfs.com/ 日期:2019-08-05 发布人:admin   最近,零级衍射模式将为低折射率的模板方法和更趋困在药用光学可变方伪设计例子,现在困的情况下叉黑色搁浅在一定角度,黄色最近在另一个角度,零阶防伪衍射模式折射率高的导电自由微细结构,嵌入的低折射率的结构模板。这些类型的防伪设计衍射分为光学衍射vari-meter模式或因为它涵盖了彩虹全息图模式不是一阶衍射胶囊:单层或多层波动导致结构性和非结构性零级衍射模式,更有可能发生在高度反光的表面如光或箔。
  Recently, the zero-order diffraction mode will be a template method with low refractive index and an example of variable square pseudo-design for medical optics. Now, in the difficult situation, the cross-black is grounded at a certain angle, while the yellow is at another angle recently. The zero-order anti-counterfeiting diffraction mode has a high refractive index conductive free micro-structure and embedded low refractive index structure template. These types of anti-counterfeiting design diffraction can be divided into optical diffraction vari-meter mode or because it covers the rainbow hologram mode which is not a first-order diffraction capsule: single-layer or multi-layer fluctuations lead to structural and non-structural zero-order diffraction mode, which is more likely to occur on highly reflective surfaces such as light or foil.
  激光标签制作厂家
  Manufacturer of Laser Label
  激光防伪商标光学变量设计可分为彩虹色、非彩虹色、异构性、干涉条纹或零级衍射图案。该可调设计模式是基于光学衍射原理设计的。这是通过使用压花或压铸工艺,精细分割和高度反射光栅线一万或更多英寸。最近获得了一个光学可变方仿设计拼图的例子,它在一个角度呈现黑色,在另一个角度呈现黄色。零级防伪衍射图样采用非导电或导电的高折射率微结构嵌入在低折射率结构模板中。这些类型的安全衍射设计被分为光学衍射变分仪模式或图像,其中包括全息图。
激光标签制作厂家
  Optical variable design of laser anti-counterfeiting trademark can be divided into rainbow color, non-rainbow color, heterogeneity, interference fringe or zero-order diffraction pattern. The adjustable design mode is based on the principle of optical diffraction. This is done by using embossing or die casting processes to fine-cut and highly reflective grating lines of 10,000 or more inches. Recently, an example of an optical variant design jigsaw puzzle has been obtained, which shows black at one angle and yellow at another. Zero-order anti-counterfeiting diffraction patterns are embedded in low-index structure templates with non-conductive or conductive high refractive index microstructures. These types of safe diffraction designs are classified into optical diffraction variometer modes or images, including holograms.
  看起来薄组成二百光学干涉图样激光防伪标签霍选择结构千光学衍射原理所涉及变量设计经常使用多层光学薄膜或光学涂层,这种类型的安全设计分为安全干涉结构中发现一些钱,信用卡和驾照的设计安全。光变设计模式可以是一阶衍射模式,也可以是零阶衍射模式,与一阶衍射模式相比,这两种模式需要更精细的光散射。此外,干涉薄膜的光变设计模式可以由一个或多个薄光学层获得。一般来说,一阶衍射图样在点光源下具有较好的响应性、可预测性和确定性,而零阶衍射图样在散射光下具有较好的响应性,便于生产和印刷激光标记的确定。
  It seems that the variable design of the laser anti-counterfeiting label with 200 optical interference patterns, which is based on the principle of optical diffraction of Huo Choice Structure, often uses multi-layer optical films or optical coatings. This type of safety design can be divided into the safety of finding some money in the safety interference structure, the safety of the design of credit card and driver's license. Optical variable design modes can be either first-order or zero-order modes. Compared with first-order modes, these two modes require more fine light scattering. In addition, the photovariable design mode of the interference film can be obtained by one or more thin optical layers. Generally speaking, the first-order diffraction pattern has better responsiveness, predictability and certainty under the point light source, while the zero-order diffraction pattern has better responsiveness under the scattered light, which is convenient for the production and printing of laser markers.
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  Above is the relevant content that laser label manufacturers organize for you. For more information, please visit the website: http://www.njhxsfs.com.

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