liquid cooling application in Printer

    3D printing technology is still a long way from us. We have the most contact with printers for daily office. Careful friends will also notice that after working for a long time, the printing efficiency of the printer is significantly reduced, and the body is easy to get hot. In an emergency, you even have to shut down and rest to restore the printing speed.

    There are many factors affecting the printer. Temperature, hardware aging and working hours will directly affect the working efficiency of the printer. The usual actions is to replace old parts, wipe the body to speed up cooling , and turn it off at any time when not in use. These situations are easier to solve for small printers. But some large printers are not easy to deal with. On the one hand, large printers should be used at any time; On the one hand, large printers have large heat dissipation, inconvenient maintenance and high cost.

   At present, the mainstream printer cooling mode is still air cooling, which has low cost and is widely used. But there are also some problems, such as poor heat dissipation, high noise and so on. Nowadays, the liquid cooling in the computer DIY market can also be used in the heat dissipation of the printer. After years of market use, it has been proved that the liquid cooling solution  has the characteristics of quiet and high efficiency, which can ensure the printer to work for a long time, but the efficiency is not reduced.

   When it comes to water cooling and heat dissipation, many people are confused. In fact, the principle of water cooling is very simple. Closely fit the liquid cooling block with the heating core, and connect the water pump and heat sink through the water pipe to form a complete water cycle, so the heat is taken away by the liquid flow. In this way, there is no need to worry about the overheating of the printer.