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Previously we had two sections
to our site Ink Jet Information and News and Information.
Recently we combined these two sections into one section
titled InkJet News & Information.
When combining these sections we did not sort the articlesalphabetically
or by date, but added the News and Information into the
Ink Jet Information.
This basically means that the top most articles are not
the newest, or be more important, but simply fell into
the correct place when merging the sections.
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Beyond the blue label (part 2):
Refilling the Epson T032120, T032220, T032320, T032420, T032520,
T042220, T042320, T042420, T042520 ink jet cartridges. |
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Now we have already discussed some of the disadvantages
of refilling the Epson cartridges for the C80, C82, 960,
200 and other printers that use these cartridges.
Where is the light at the end of the tunnel?
In my opinion it comes in the form of aftermarket cartridges.
If you have not yet purchased one of these yet you may want
to try one. There are a variety of companies manufacturing
aftermarket cartridges for the Epson printers listed above.
But this is only the beginning of the story. For the aftermarket
industry to manufacture cartridges for the Epson printers
they had to come up with a design that was different from
Epson's design. Epson has a patent on this new design. The
aftermarket cartridge makers could not simply duplicate
the cartridges.
If you purchase just about any aftermarket cartridge and
open it up what you will find is a sponge. Yes, the tried
and true sponge that has been so beneficial for so many
cartridges for so long.
Below I have images of two different cartridge manufactures
aftermarket versions of the OEM cartridge. Both of these
cartridges use a sponge material to retain ink instead of
multiple chambers and pressure.
 
We
all know that sponge based cartridges are easy to refill.
The only thing you really need to do is replenish to existing
sponge.
I have outlined below the refill process for these cartridges
using a third party sponge based cartridge.

1.
Tape the bottom of the cartridge. Using any decent grade
adhesive tape seal the bottom of the cartridge.*
2. Locate the original fill hole on the top of the cartridge.
This can actually be accomplished by running a screw driver
along the top of the cartridge or even a screw eye (show
on the upper right of the picture). Typically you'll find
the original fill hole when you locate an indentation on
the label. In many cases you'll also find that the cartridges
have two layers of plastic seals. The first and topmost
is not really a seal, but an identification label. The second
one below the identification label is the true cartridge
seal. In the case of the cartridge above I was able to completely
remove the original top label and move it to the side of
the cartridge exposing the original fill hole.
3. Once you have located the original fill hole you can
use a screw eye or drill bit and reopen the original fill
hole.
4. Fill your injector with the desired amount of ink.
5. Inject ink into the cartridge slowly (slower than that)
6. Seal the top of the cartridge.
A very simple process that is far less susceptible to failure.
As a matter of fact in our testing we were able to achieve
at 96% success rate over 9 users refilling 45 different
cartridges nearly 300 times.
Our success rate by the way with the OEM cartridges came
to 9% (22 cartridges were refilled and 2 functioned).
This now brings us to the final problem and Epson's most
infamous of late... The Chip.
To get an Epson cartridge to function properly your printer
must be capable of seeing that the cartridge is present.
This is done by the ridiculous intellidge chip. The chip
located on the front of the cartridge will fail once a cartridge
is used up (used up according to the printer).
Though resetters are available for these chips they are
designed to work with OEM chips only and not the third party
chips.
I would like to make mention that Epson printers are designed
to recognize non-OEM chips. Typically when you insert a
non-OEM cartridge a message will pop up stating the cartridge
is not an Epson cartridge.
This is where the fun really begins. Take a look at the
image below. This scan of three chips shows the Epson original
chip and two aftermarket chips. If you are attempting to
refill and want to be very successful at it you need to
acquire aftermarket cartridges that are using the same sized
chips as Epson chips.
Why the same size? Once you have refilled your aftermarket
cartridge you are going to replace the aftermarket chip
with the OEM chip from your original Epson cartridge. Then
using a chip resetter reset the chip.

The
image below simply shows the replaced chips. The cartridge
below is an aftermarket cartridge that now contains the
Epson chip. The real cool part of doing all this is that
your printer will believe these are Epson cartridges. No
warning message, no error message and none of those "bluish
print problems"

Additional
observation.
We have found that the typical refill is still about 14cc
on the aftermarket cartridges. This is not due to the efficiency
of the refill or the original cartridge, but the chip itself.
The chip is designed to stop functioning at a certain point
and this appears to be it.
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