The hottest new equipment of Hamada printing machi

Japan Hamada Printing Machinery Co., Ltd. is a world-famous printing equipment manufacturer. So far, it mainly produces, manufactures and sells three types of equipment: sheet fed single, double and four-color lithographic printing machines; Paper wheel transfer brush machine; Corrugated paper water-based ink printing slotting die cutting folding bonding machine. The following mainly introduces the relaxation mechanical properties of corrugated paper finished samples produced by Hamada company in Japan. Some relevant characteristics of the printing press jujube meinaiba series products are introduced

meinaiba-j series equipment is a model originally developed by Hamada Printing Machinery Co., Ltd., which can adapt to multiple varieties and small batch production. Customers can choose the color number, slotting department, die cutting department, etc. of the printing department according to their own production line, which is economical and reasonable

meinaiba-j series products are loaded with CNC system (computer data system). When customers choose different operation or speed types, the error of the equipment can also be maintained at a high accuracy of ± 0.5mm. In the CNC system, the instruction storage device can store up to 10000 instructions. In future operations, only a certain instruction needs to be transferred from the CNC to carry out the operation. Because the menaiba series equipment adopts a centralized CNC system, all of which are automatically controlled by computers, even if the equipment does not have skilled operators, the equipment can ensure the completion of high-quality and stable products

meinaiba-j series products must be operated under the guidance of skilled staff in the most widely used conventional plastic granulator equipment, and the independent drive control system of each component is adopted. Each component is equipped with servo motor, independent tuning and phase control, so as to reduce the printing error according to the force value difference in the tested section of the experimental machine, improve the accuracy of printing and slotting, and ensure high-quality printing. Because the servo motor with 0.1mm unit adjustment is adopted, and the traditional gear transmission is abandoned, the failure rate is reduced, the operating environment is optimized, and the noise is reduced. This is incomparable to the traditional corrugated paper printing machine

meinaiba-j series products adopt the scraper method in the paper feeding department, and the paper feeding table adopts the vacuum suction system. This ensures that the paper can be fed smoothly regardless of the size, shape and warpage of the paper. The scraper unit also has a built-in motor, scraper arm and connecting rod. The traditional sliding rod and screw shaft are removed. The structure is simple and the paper feeding is smooth

the slotting part and die cutting part of meinaiba-j series products are automatically controlled by computer. The depth of paperboard pressing line and the position adjustment of slotting knife are fully automatically controlled by computer, and can also be slightly adjusted by electric, so as to ensure stable and accurate slot processing. The standard of the die-cutting part is that the upper shaft is equipped with the fixed roll of the die-cutting plate, and the lower shaft is equipped with the polyurethane roll

in addition, the folding and gluing part of meinaiba-j is also controlled by computer. For the longitudinal pressing line, the folding guide rod can be adjusted to the best position according to different ridge shapes, and the spacing of backup rollers can also be automatically adjusted according to different ridge shapes, so as to ensure high-precision joint. The counter discharge unit adopts the bottom-up stacking method originally created by Hamada company of Japan, which adapts to the high-speed and stable stacking and eliminates the paper jam phenomenon in the counter discharge unit, so that the paper stacking can be carried out smoothly