Today, we’ll demonstrate how to refill an Epson cartridge. Prior to beginning, there is some homework to complete. Let’s familiarize ourselves with the cartridge. The printer keeps track of the number of printed pages on a computer chip located on the cartridge’s front.
Determine How to Unclog the Printer. We may be experimenting with new inks or even making the switch from pigment to dye ink. Additionally, the refilling activity may introduce air bubbles into the print head, obstructing it. Knowing how to unclog the print head is extremely useful, and there are numerous videos available. We may also include some videos later. By the way, we have a unique adapter for extracting air bubbles from cartridges. However, if a syringe is available, it works just as well as the adapter.
Consider the cartridge’s design in greater detail. We have something called a “one-way damper” above the ink outlet. This damper directs ink flow in a single direction: from the cartridge to the outlet. Attempting to inject ink from the outlet will fail.
For $200, one of our competitors sells a refill tool. They assert that the device will enable you to inject ink in reverse. After you pay, they will send you a 20 mL syringe. They will then instruct us to force air through the outlet until the membrane of the damper is fracture. We do not have a 20 ml syringe on hand, but we do have a ten milliliter syringe. Additionally, we have a bridge for sale in Brooklyn. We wanted to put the “membrane fracture” theory to the test first. The result was a disaster: the one-way damper ruptured and popped out of the cartridge casing.
How to refill or add ink to the cartridge.
Now, let’s concentrate on nonviolent refills. Our objective is to replenish the cartridges with ink. The cartridge is divide into numerous small chambers on the inside. Allow me to remove the cartridge cover. Three main chambers are present. When ink is added to chamber number two, it will flow into chamber number one. The cartridge, however, requires some ink in chamber three so that the printer can detect ink from the window.
In this tutorial, we’ll remove the cover and demonstrate the process using a transparent cartridge. We do not need to remove the cover or have a transparent cartridge for a genuine refill. If anyone is interested in learning how to make a transparent cartridge, they can subscribe to our YouTube channel. By the way, our website also sells practice cartridges.
We can use drills of any size. Cover small drill holes with tape or hot glue. The Epson has an air vent on top, so it is not completely airtight, and the seal also does not have to be completely airtight. By the way, the green plug is optimal for concealing the three-millimeter hole.
Following that, we’ll inject ten milliliters of ink into the cartridge. You can add a third of it if we have a squeezable bottle like this. Ink flows naturally from chamber two to chamber one. Now, we’ll apply pressure to chamber three with our thumb, squeeze it a few times, and allow the ink to flow down and cover the window. By the way, the Epson cover is extremely soft, and we can easily squeeze it.
Concerns may exist that chamber three is not completely filled. This is acceptable. We will create a model of the printing process. We’ll draw ink from the outlet and re-create the printer’s ink consumption. Chamber one’s ink will be disposed of first, followed by chamber two’s. Chamber three will eventually be depleted. As a result, we do not need to completely fill chamber three.
