DOCOD PRECISION GROUP LIMITED

  There are many aspects to pay attention to when using inkjet printers. So, what are the precautions for using inkjet printers? Let's take a look. 1. The ideal working environment for  inkjet printers  is clean and dust-free, the long-term dust  accumulation will cause the surface of the carriage guide shaft and other moving parts to be dirty, which will hinder or block the movement of the print head and other moving parts, resulting in printing. Malformation of images and characters, even unable to print, will damage the printer for a long time. 2. The placement of the inkjet printer must ensure that it works on a stable platform. If it is placed incorrectly for a long time, it will affect its printing speed and print quality. In addition, do not place any objects on the printer to prevent falling objects from obstructing the normal operation of the printer cart and other components and causing unnecessary failures. 3. If your inkjet printer uses a parallel port, please do not pl

  There are many aspects to pay attention to when using inkjet printers. So, what are the precautions for using inkjet printers? Let's take a look. 1. The ideal working environment for  inkjet printers  is clean and dust-free, the long-term dust  accumulation will cause the surface of the carriage guide shaft and other moving parts to be dirty, which will hinder or block the movement of the print head and other moving parts, resulting in printing. Malformation of images and characters, even unable to print, will damage the printer for a long time. 2. The placement of the inkjet printer must ensure that it works on a stable platform. If it is placed incorrectly for a long time, it will affect its printing speed and print quality. In addition, do not place any objects on the printer to prevent falling objects from obstructing the normal operation of the printer cart and other components and causing unnecessary failures. 3. If your inkjet printer uses a parallel port, please do not pl

  As an   Inkjet Label Printer Manufacturer , share with you. Thermal inkjet technology is to let the ink pass through a thin nozzle, under the action of a strong electric field, a part of the ink in the nozzle pipe is vaporized to form a bubble, and the ink at the nozzle is ejected to the surface of the output medium to form a pattern or character. So this kind of inkjet printer is sometimes called a bubble printer. The nozzle made with this technology is relatively mature and low in cost, but since the electrodes in the nozzle are always affected by electrolysis and corrosion, it will have a lot of impact on the service life. Therefore, the print head using this technology is usually built with the ink cartridge, and the print head is updated at the same time when the ink cartridge is replaced. In this way, users do not have to worry too much about the problem of nozzle clogging. At the same time, in order to reduce the cost of use, we often see the situation of injection (filling in

  As an   Inkjet Label Printer Manufacturer , share with you. Sticky paper problem Generally, two or more sheets of paper are fed at a time, causing the printer to stop eating normally and stop. This problem is generally caused by two reasons. One is that the paper is damp. This problem can be better solved by baking the paper and putting it on a radiator or a monitor, but it must not be too long. Second, most of the paper bought back from the store is just taken out of the box, and it takes a long time to squeeze to form a whole, which is prone to this phenomenon. The solution is to hold the two ends of the paper with both hands and rub it back and forth before loading it into the printer, so that each piece of paper is moved, so that one end of the paper forms a neat inclined surface, so that the inclined surface is placed down into the tray so that it will not Paper sticking phenomenon occurs again. Thermal Inkjet Printer Paper jam Many times jams are caused by improper use. After t

  As a   TIJ System Supplier , share with you. Thermal Inkjet Technology uses a thin film resistor to heat less than 0.5% of the ink in the ink ejection area to form a bubble. This bubble expands at a very fast speed, forcing ink droplets to eject from the nozzle. The bubble continues to grow for a few microseconds, then disappears back to the resistor. When the bubble disappears, the ink in the nozzle retracts. Then the surface tension will generate suction, pulling new ink to replenish the ink ejection area. Thermal inkjet technology is structured by such an integrated cycle technology program. In the piezoelectric inkjet technology, the ink is ejected from a nozzle similar to the thermal inkjet technology, but the formation method is formed by reducing the area where the ink is ejected. The size of the ejection area is controlled by applying voltage to one or more piezoelectric plates in the ejection area. Because the ink is prone to chemical changes at high temperatures, the direct