Tips To Avoid Nozzle Blockage In heat transfer film inkjet printer

Tips To Avoid Nozzle Blockage In heat transfer film inkjet printer

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As one of the inkjet printing devices, the heat transfer film inkjet printer is simply like our each day laptop printers. During the printing process, ink will be printed on the applicable media thru the nozzle. However, after the ink dries and solidifies, it will be adsorbed on the medium.

At the identical time, the ink last in the nozzle will without problems motive nozzle blockage after solidification, which is what we frequently name nozzle blockage. We have to pay greater interest to nozzle renovation to keep away from nozzle blockage and nozzle harm that have an effect on the regular use of the printer.

When we generally use DTF printers to print output, we may additionally stumble upon issues such as ink breakage and nozzle blockage in the course of the printing process.
For these frequent faults, SUBLICOOL digital printers will supply an automated nozzle cleansing system. When we come upon ink blockage and ink breakage problems. We can resolve the hassle with the aid of beginning the nozzle computerized cleansing machine in time.

In order to higher guard the nozzle, the DTF printer is geared up with a completely automated nozzle cleansing gadget and computerized nozzle moisturizing when the printer is idle.
The nozzle moisturizing characteristic essentially depends on the ink stack. So when the printer completes the printing task, the nozzle should be back to the ink stack. These two features can efficiently keep away from nozzle blockage screw ups and limit the customary operation of printer operators.

The motive why DTF printer printheads are blocked is commonly due to ink.
When the nozzle is uncovered to the air for a lengthy time, the ink in the nozzle gap will solidify and block the nozzle gap due to air drying, or due to the fact of the substitute of inferior ink with low fluency. The particles in the ink are large, which motives the nozzle gap to be blocked and motives the nozzle blockage.