particles of ink through the nozzles on the print head onto the paper. If you have ever watched your inkjet printer in action, you’ll know this is a very quick process; it reaches speeds of up to 6000 drops per second as a matter There is certainly no shortage of options when it comes to purchasing an inkjet printer today. Even more daunting is the task of purchasing replacement cartridges for your inkjet printer, as it is hard to separate truth from fiction when presented with so many promises and claims from so many different companies. It might help to understand how the cartridge in an inkjet printer works, so that you can make an informed consumer decision on your own.

The work of the printer is performed by the printer head itself, and some circuitry. While this circuitry may vary per printer, the majority of the time it is installed onto the cartridge itself and not a part of the printer. This should help to explain the cost of replacement cartridges, as the ink itself makes up a very small amount of the overall cost.

To print, the ink is heated and cooled inside the cartridge, forming a bubble which then pops and sends particles of ink through the nozzles on the print head onto the paper. If you have ever watched your inkjet printer in action, you’ll know this is a very quick process; it reaches speeds of up to 6000 drops per second as a matter o

n when presented with so many promises and claims from so many different companies. It might help to understand how the cartridge in an inkjet printer works, so that you can make an informed consumer decision on your own.

The work of the printer is performed by the printer head itself, and some circuitry. While this circuitry may vary per printer, the majority of the time it is installed onto the cartridge itself and not a part of the printer. This should help to explain the cost of replacement cartridges, as the ink itself makes up a very small amount of the overall cost.

To print, the ink is heated and cooled inside the cartridge, forming a bubble which then pops and sends particles of ink through the nozzles on the print head onto the paper. If you have ever watched your inkjet printer in action, you’ll know this is a very quick process; it reaches speeds of up to 6000 drops per second as a matter

work of the printer is performed by the printer head itself, and some circuitry. While this circuitry may vary per printer, the majority of the time it is installed onto the cartridge itself and not a part of the printer. This should help to explain the cost of replacement cartridges, as the ink itself makes up a very small amount of the overall cost.

To print, the ink is heated and cooled inside the cartridge, forming a bubble which then pops and sends particles of ink through the nozzles on the print head onto the paper. If you have ever watched your inkjet printer in action, you’ll know this is a very quick process; it reaches speeds of up to 6000 drops per second as a matter

ld help to explain the cost of replacement cartridges, as the ink itself makes up a very small amount of the overall cost.

To print, the ink is heated and cooled inside the cartridge, forming a bubble which then pops and sends particles of ink through the nozzles on the print head onto the paper. If you have ever watched your inkjet printer in action, you’ll know this is a very quick process; it reaches speeds of up to 6000 drops per second as a matter

particles of ink through the nozzles on the print head onto the paper. If you have ever watched your inkjet printer in action, you’ll know this is a very quick process; it reaches speeds of up to 6000 drops per second as a matter of fact.

There is a common argument regarding the possibility of generic ink cartridges clogging the print heads on your branded printer. Lets look a little closer at that argument. On modern printer cartridges, there can be anywhere between 50 to 300+ nozzles on a printer head. The average nozzle size is about 20-25 microns, which is smaller than a human hair. To put this in perspective however, the particle size of your typical ink is less than .1 of a micron, that’s quite a size difference. Well, what is a micron anyway? There are 25,400 microns in one inch! The chances of a good quality ink of any brand actually clogging your printer heads are pretty slim, and the benefits of using a branded or non branded printer cartridge in your printer need to be looked at on a case by case, brand by brand basis dependant on your personal printing needs.

Inkjet printing has come a very long way since its con