The development of servo motors has created a new era in transmission technology. In the printing industry, Nilpeter is a supplier of label printing equipment. The MO-Line and FA-Line narrow web printing presses designed and produced by Nilpeter have been fully developed in servo transmission. The Serax 200 motion control system from Bosch Rexroth was used for servo drive control. The Synax 200 motion control system was developed by Bosch Rexrot Group for special requirements for printing machinery. The technology was successfully applied to Nilpeter equipment. After years of redevelopment and improvement, the Nilpeter equipment was even better in terms of performance. After many years of hard work Nilpeter MO-Line's third-generation all-servo presses based on platform technology have attracted widespread attention in the industry. MO-Line has provided offset printing and other printing processes such as flexo printing, silk screen gravure, hot stamping, and The ability to freely combine lines and other processes to reward customers with its powerful on-line processing capabilities. First, the label printing requirements: Get high quality printing In a web printing system, all the drives and transmissions are rotating at all times. The rotation causes speed chromatic aberration, so the equipment is required to maintain full synchronous operation of speed and angular movement speed throughout the entire rotation speed. The state of printing pressure should be adjusted according to the printing speed characteristics to avoid the color difference caused by the speed difference. Nilpeter MO-Line, FA-Line in the dynamic printing pressure due to the machine completely adopts the non-shaft transmission technology, no matter the speed is increased or the speed is reduced, the dynamic printing pressure is changed by changing the load of the embossing nip point, which makes the equipment at high speed Still have good print quality at low speeds. 　 Overprint accuracy and web accuracy To ensure the accuracy of overprinting, it is necessary for the unit type of equipment to have a high degree of stability and precise phase synchronization of rotation of all the printing units of the equipment, as well as a consistent roll paper force, while at the same time ensuring precise adjustment of the web length. In the Nilpeter MO-Line FA-Line and FB-Line equipment, the shaftless transmission system allows each unit to have a high degree of rotational synchronism. At the same time, due to the material itself has a different winding tension difference, in order to ensure a constant tension, put The roll unit has a three-level tension control system to eliminate material tension difference. The diversity of printing materials For label customers, in order to open up a larger market, this requires equipment with a wide range of material adaptability, more and more complex labels, such as internal standard labels, armbands and shrink labels, and many kinds of packaging Materials, these different materials require the printing equipment to have a variety of adaptability to the material. All servo-driven machines can choose different rotation speeds on the transmission and transmission. This eliminates the need to replace any mechanical and electrical devices from the film to the paper jam. This ensures that customers have more market share and market potential. Second, equipment control system requirements 　　 Intelligent Control System In the Nilpeter device concept, there is an intelligent control system in each set of platform technologies. Each group of platform systems transmits intelligent control systems through the network. This system is based on Bosch Rexroth's Synax 200 motion control system. Based on this, the system ID automatic identification technology can automatically identify various printing processes, thus ensuring that all wiring processes can realize electronic synchronous operation in the printing process. This function is calculated by the Synax200 motion control system to obtain the positioning point of the electronic axis, and the parameters are transferred and distributed to each independent drive system through the fiber optic loop. The electronic positioning control device on each independent drive system will track the transfer positioning point in real time. The implementation of these functions makes preprinting control more accurate. Makes the operation easier. Extended Control of Distributed Electronic Devices The concept of electrical control system equipment is based on highly flexible control methods and drive systems. This basis is the premise of the device operating system and maintenance system. Decentralized electronic devices can detect the operation of each electrical device in real time. If the electrical device is abnormally operating. Decentralized electronic equipment will pass these abnormal data to the central control computer through the system bus. The corresponding data will be displayed on the visual touch screen running under Windows NT. This will be the device operator's real-time understanding of the device status. At the same time, it also brings great help to the maintenance of the equipment. Print Management Center In the intense customer-oriented market competition, as a printing company, there are both long-lived and short-lived jobs. In the actual production, the conversion of the machine's job requires long printing preparation. In order to facilitate the conversion and operation of the job, the printing management center emerged. The function of the printing management center is that the machine parameters can be adjusted at any time through the digital handles and the work orders produced each time are stored and recalled. This work order data contains the optimization status of the machine when producing the job. These data will set the device status when the work order is stored and recalled. The economical production of the label printer is optimized by a high degree of automation and intelligence, and the above analysis labels can be produced at a lower price and high printing quality can be guaranteed. The combination of decentralized machine control and servo control technology, together with the use of a fully integrated central control system, can achieve a higher level of automation. Finally, we believe that label printing equipment should have the following characteristics: Wide range of printing presses Machine operation is simpler, safer and more user-friendly Reduced operating costs and maintenance costs Open systems can be extended to factory automation systems in the future. Machine networks can be remotely maintained and upgraded online. Repetitive orders can be managed through the database. To reduce standby time In the current Nilpeter's MO-Line, FA-Line, and FB-Line servo drives, the above features combined with Nilpete's patented platform technology have resulted in greater development of equipment quality and technology applications. At the same time, the support of these technologies is the guarantee for the success of your label printing! 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