How to Optimize Our Digital Printing Printer?
Category : Blog
As we all know that from the word ‘digital’, we can know that the textile printing has become more intelligent and more efficient than ever. The digital printing printer plays an important role in the textile printing industry. So now, our team will share with you how to optimize our printer.
1.Regular maintenance of our printhead
The printhead is the most valuable and most delicate part of the dye sublimation printer. Even the smallest one will cost a lot and it only has a very limited life span. Therefore, in the printing process, attention should be paid to the protection of the nozzles. Some machine manufacturers have trolley anti-collision devices on the machines. Usually, the nozzles should be regularly maintained and repaired. To replace the ink, the ink should be cleaned with a cleaning solution. After printing, wipe the nozzle with a clean cloth and a cleaning solution to prevent the ink from solidifying and blocking the nozzle of the industry sublimation printer.
2.Upgrade the pressure roller, buy a digital printer with a large rubber roller
Nowadays some of the products on the market use anti-static voltage paper wheels to feed paper. The effect is good, but it is inevitable that there will be jams and arch papers. The digital inkjet printer of our company uses a large rubber roller to feed sublimation ink paper, which has better adsorption performance, it can meet the printing requirements for ‘super-concentration ink + 8 nozzles + 30g thin sublimation paper’.
3.Equip with an advanced automatic retractable material system
The retracting and unloading of the digital printing printer will also greatly affect the speed of printing heat transfer paper. Some printers have a total card or a reel that can be rolled up with too few consumables, which will greatly reduce the printing speed. Therefore, Subtextile offers sublimation printers with improved receiving and discharging system, like the 1000 air-expansion shaft infrared automatic retracting device, to automation to receive and discharge materials more effectively and intelligently.