The printing quality of packaging printing affects the commercial value of the product. Therefore, the demand for the production of high-quality packaging thick cardboard printing presses continues to increase. In order to meet these needs of the printing market, Mitsubishi Heavy Industries has developed a new type of cardboard printing press that applies pneumatic management technology, originality of the use of the skeleton transfer cylinder and numerous innovative technologies. The printing machine completely avoids the direct contact between the machine and the surface of the printing structure, ensures that no scratches or scratches on the cardboard surface occur, and plays an important role in printing high-quality packaging products. The printing machine can also Any of Mitsubishi Heavy Industries's on-line glazing color unit and drying system unit are used together to print glossy glossy packaging prints.
Vacuum suction side pull gauge device. Due to the pushing and pulling of the roller, the conventional side stop paper rule sometimes scratches the surface of the print. The vacuum suction side pull (push) gauge device controls the paper by vacuum pressure, the pressure of the vacuum pressure is dispersed on the surface of the paper, and the paper can be evenly adsorbed to protect the printed surface from scratching. In addition, the side-pull push-pull alignment function designed for heavy paper increases the paper's side delivery accuracy.
Front stop gauge gas device. In a conventional printing press, a spring platen mounted on a feeder apparatus is used to block the offset of the cardboard, but it takes a long time to adjust the height and position of the platen. With the use of a front-supplied gauge gas device, the heavy cardboard is adsorbed on the front gauge of the delivery table without offset. The adjustment is also very simple. According to the condition of the paper, the adjustment can be made by adjusting the amount of pneumatic force.
Vacuum deceleration delivery roller. The use of a powerful and evenly vacuum-retracting take-up roller allows control of all types of paper from thin to thick. In the printing of cardboard, the vacuum chamber in front of the vacuum deceleration delivery roller can effectively absorb the cardboard and play the role of deceleration. It can control the swing of the paper to the utmost, ensure the delivery of the paper smoothly, and improve the accuracy of the alignment of the paper.
Skeleton delivery roller. The contact between the printing paper and the transfer cylinder is the main cause of scratching of the printed product. Mitsubishi Heavy Industries has solved this problem by adopting a structure that does not have a surface-skeleking cylinder. Due to the use of grippers for paper delivery, prints of even full-size images are not scratched, ensuring a high level of print quality.
(Differential speed) water roller. Thick cardboard material generates a considerable amount of paper scraps, which can cause accidents when the scraps fall into the ink path or attach to the surface of the printing plate. The water-squeeze roller effectively removes the dust and paper dust on the surface of the printing plate by the sliding action of the speed change and the slower rotation speed of the plate cylinder. This unique function is suitable for thin and thick paper, and plays an important role in ensuring a high level of print quality.
Automatic continuous feed device. Because of the nature of thicker materials, printing on thicker boards with larger print volumes requires frequent replacement of the paper on the automatic paper feeder. Mitsubishi Heavy Industries Diamond 3000 is equipped with an automatic loading system, which can realize fully automatic and uninterrupted paper feeding operation and ensure continuous high-speed printing.
Multifunctional new model. The standard diamond 3000LC cardboard printer can print paper in the range of 0.2 to 0.8 mm. Mitsubishi Heavy Industries also introduced a multi-functional diamond 3000LX printer. It uses a separate vacuum chamber and adjusts the simple skeleton on each printing unit. Paper roller, printing thickness can be adapted to a variety of paper from 0.04 to 1 mm.
A laptop, often called a notebook or "notebook computer", is a small, portable personal computer with a "clamshell" form factor, an alphanumeric keyboard on the lower part of the "clamshell" and a thin LCD or LED computer screen on the upper portion, which is opened up to use the computer. Laptops are folded shut for transportation, and thus are suitable for mobile use. Although originally there was a distinction between laptops and notebooks, the former being bigger and heavier than the latter, as of 2014, there is often no longer any difference.Laptops are commonly used in a variety of settings, such as at work, in education, and for personal multimedia and home computer use.
Laptop Bags,Laptop Case,Business Bag,Business Case
CHINA YATCH INDUSTRIAL LTD. , http://www.chinayatch.com