On the basis of CIP3, people have already started to propose the concept of CIP4 (International Cooperation for Integration of Processes, Prepress, Press and Postpres), which emphasizes the importance and necessity of processes and cross-regions. The integrated production system puts unprecedented demands on the automation, standardization and stability of equipment and equipment. First of all, a device is no longer just a tool to complete a certain production operation or processing, it is also a node of the production system, a module that constitutes the system, must have a drive that accepts system control information and converts the accepted control information into a device. Instructions, automatic completion of equipment settings and automatic operation of the control. For example, if the printer does not have automatic ink set and control functions, or it cannot accept layout control information for the prepress system, it is impossible to integrate into this production system and become a component of the system. On the other hand, these control information are based on the basic attributes of equipment and equipment. Any changes in the nature of equipment and equipment or deviations from the standard state will result in the invalidation of control information and must be re-adjusted. Otherwise, it will not be expected. Qualified products cause irreparable damage. There are many reasons for this change or deviation from the standard state, which may be due to changes in press pressure, mechanical instability, or ambient temperature, or due to changes in the ink's color properties, viscosity, or viscosity, or it may be Due to changes in paper color properties, surface conditions, and printability.
As a result of system integration, traditional relatively independent prepress, printing, and postpress become a complete production system. Digitization is the basis for system operation. Digital media is the storage medium for information and products. The network becomes the transmission of information and products within the system. tool. The integration of the production system is actually the integration of the lowest level, and the system will generate a large amount of information and data during the operation. The tracking, analysis, and feedback of these information and data may lead to a comprehensive and effective tracking, monitoring, organization, and coordination of the entire company's production. The resulting management information and data become the basic information of the company's production management. . This is the second level of integration, providing the necessary information and data support for the management, operation and decision-making of the company. For example, a salesperson/department or customer can easily track the status of any business through the network; production managers/departments can reasonably arrange and schedule production by tracking and analyzing production information; the decision-making layer of the company can be based on production and Comprehensive analysis of management information, combined with the company's external living environment, the current status and direction of the market, make correct judgments and decisions on the development of the company and future strategies. This kind of integration of the production, management, business, operations, and markets of an enterprise provides the highest level of system integration for companies to provide the basic information and data for decision making.
Perhaps, these three levels of integration will constitute the most complete system integration, involve the production, management and operation of the enterprise, and become a huge information management system, which will completely change the mode of production, management and operation of the enterprise. On the other hand, the integrated system will generate and store huge image and text information during its operation. The reuse of these information resources may open up new applications and commercial space. It is like a huge reservoir that can use its accumulated water resources to generate electricity, as well as to irrigate, drink, or use in other industrial and agricultural production. The images and texts stored in the integrated system are stored digitally. In principle, they can be output as film or plate, and they can be directly output as proofs, prints, and other media products, such as CD-ROMs, display images, electronic publications, and other networking products. In fact, this is the most intuitive and simple form of cross-media technology.
Second, the printing production environment in the 21st century First of all, the industrial technology foundation is undergoing qualitative changes, from the traditional "simulation processing / process + physical media / storage + transportation" to the development of "digital processing / process + digital media / high-density storage + Network transmission." It is obvious that traditional analog processing/procedures have become digital processes/processes that have undergone essential changes in the freedom, efficiency, and quality of processing and processing. The traditional physical media became digital media, and the corresponding warehousing became high-density storage, which greatly improved the storage capacity of products/information, reduced the space occupied by product storage, and improved product/information access, recall and storage. speed. In traditional production systems, the vast majority of physical media are intermediate media for obtaining end products, such as color separation films (images), photocopying (text), copy film, and printing plates used in traditional printing production. It is a "sacrifices" to get qualified printed products.
If the direct conversion of digital media to print products (such as digital printing) can be achieved, these intermediary media will no longer be necessary, and of course they will no longer need corresponding equipment and consumables. Traditional transportation has become a network transmission, which greatly increases the transmission speed and efficiency and overcomes the inevitable time and distance constraints of traditional transportation. The production process based on traditional technologies is actually a conversion process between different physical media. Whether it is an intermediary product or an end product, its storage and transmission (propagation) can only be implemented by warehousing and transportation, and the time and distance are obviously difficult. Pass the natural barrier. In other words, timeliness and distance are two contradictory contradictions. However, network transmission, especially high-speed broadband network transmission, can be greatly relaxed, or even eliminate the contradiction. The barrier of time and distance will no longer exist. Regardless of whether the destination is next to or far away from the ocean, as long as there is no time difference in the transmission of (digital) products and information in the area covered by the network, the timeliness can be guaranteed in absolute terms. The change in this technology base is that printing services have expanded from traditional print media that can only meet the needs of the general public, relying on quantity and quality to include print-on-demand printing that can be tailored to individual needs and win with diversity and high added value. Diversified printing media necessary conditions. (To be continued)
Looking at the Development of Equipment and Equipment from System Integration (Chinese)
April 29 23:06:04, 2024
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