![]() Now back to Epson: The R1800 and the R1900 can produce 3 different droplet sizes per single nozzle row and does not need 3 different nozzle rows as in the case with the Canon printers. BUT, this is done with 3 nozzle rows per colour channel, that is: the ink is divided into 3 compartments and according to the demand of the driver the ink is repelled by 1 of those 3 nozzle rows to produce a darker or lighter shade of cyan/magenta/grey. These different droplet sizes mimick the former photo or light versions of the corresponding colours. Now what is under the engine? The cyan, magenta and the grey channel of this printer can produce 3 different droplet sizes, as there are 3 nozzle banks to fire 1, 3 en 5 pl droplets. ![]() ![]() The variable droplet technology of Epson printers allows multiple droplet sizes to be ejected by the same nozzle, unlike Canon and HP's bubblejet technology, which need several nozzle rows to produce the lighter photo cyan/magenta/grey shades.įor example the Canon MP980 AIO is the first dye Canon printer capable to produce true neutral black&white pictures by introducing a grey ink cartridge. Just a few technical background about Epson printers:
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |