Standard for the most popular color variable data

Color variable data printing standards

the printing industry is well aware of the benefits of using standardized variable data languages to drive production. The difference between PPML and VDX standards for producing color variable data printed matter is controversial. This article will focus on some standards related content to let us know why they are so important, and then take a look at the advantages and disadvantages of using one or both languages or not. Let us get higher profits

variable data printing (the development history of V10 years DP) is different from other printing in many important aspects. Its printed products are high-quality full-color copies very similar to four-color offset printing. Their printing process, binding and post press processing are the same. However, each page of printed matter can contain different content, whether it is the only combination of images, personalized text, pie chart or other content

since ed McMahon first proposed that you are a winner! Since, there have been many ways to print personalized content. These very specific methods usually divide the production into two parts: a color background shell and a black-and-white personalized mark, which is mostly text and sometimes a simple figure

these methods are efficient and generate significant revenue for the consumable production companies and the printing companies that make them. They are the integration of data and almost always separate the printing process from the data processing part, that is, the shell is often made by one company, while the programming and data printing are carried out by another company

with the help of color VDP, we can realize that a blank piece of paper can be printed after entering the printing machine. This means that a single operation must be notified to both the printing and data processing parts of the job. Although this is a small profit, VDP companies still have to do more work than before

great leap

it is easy to regard color variable data printing as a general printing project. For example, QuarkXPress is a unique version of a document that everyone receives. The software can automatically insert the value into the quark file, and then print it in the normal way

we might as well imagine a personalized termator3 movie poster with Schwarzenegger's words written on it. Bausmith, I want to see you in the movie! This is a 12x18 inch poster with a full-color image and a separate line of text with different contents. Printed 1 Manual clamping is mainly used for brushing on single arm and double arm models. The relevant person in charge of Beijing Lear said that it is equivalent to sending a 250MB (megabyte) file to rip in 60 seconds. If you print 1000 copies of such posters on a modern printing press, you need to create a 250GB (Gigabyte) file, and then use 16 hours to rip. This simple but inconvenient figure explains why we need VDP technology rather than the consistent post script printing

OPI for variable data

many people in commercial printing are familiar with the advantages of 0pen pressinterface (OPI) in the color prepress workflow. It enables a high-resolution image to be included in the print file through an image link, rather than included in the print file. After this file is rip, the image is taken out and inserted. In addition to not inserting the image into the post script and ripping it again, almost every VDP language applies this method. The image is stored in a pre printed format after rip. This format is included in the print data stream without further rip

the foundation of each created variable data printing form is the ability to print multiple times after only one rip component. Each of these languages has its advantages and disadvantages, and the printing press made for them has its own best point of production. HP indigo printer supports spot color printing for a long time

xerox2000 system is a cheap machine with little operator intervention. Web xeiko but within an acceptable range N printing press is the main force of production