As the future will be more and more oriented to the servo and digital technologies, GIDUE decides to introduce Intelligence across its full range of presses, where digital automation and simplicity are the key concepts. Servo drives on the Intelligent platforms link press operating parameters to a digital storage: in this way every press variable is under control and not left to the choice of the operator. In this sense the press is mainly conceived as aid for the operator, who becomes a press supervisor with the task of managing the print productivity and quality output rather than concentrating on basic operations, which are controlled by the Intelligent electronics of the press. Superior register and tension control, higher product quality, reduction in waste, closed-loop feedback instruments: these the advantages provided by the performances of the Intelligent presses. The Intelligence of GIDUE presses means consistency of control on the machine, incredibly fast set-up times and low wastage, independently from speed or job changes. Web tension and temperature are digitally controlled (Intelligent Web), printing and inking pressure are automatically adjusted during operation (Intelligent Printing) and superior servo-assisted register and pre-register capabilities (Intelligent Register) result in trouble-free operation, where all the risks are predictable and thus avoidable. The operator, who becomes a pure press supervisor, is given more time to concentrate on productivity and output quality rather than on basic operations. Intelligence for interconnected and reproducible productivity The PC-controlled Intelligence, inherent in all latest GIDUE presses, can be easily connected to any printing company’s Management Information System. The MIS can send job orders, job planning and additional information directly to the operator through an user-friendly program interface compatible with Microsoft® and Ethernet platforms. The system ensures an interactive and bi-directional communication plus reducing paper order flow and minimizing loss of information.
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