This printer was discussed a bit a few months ago when first seen.
It is an upgrade to the Epson 950/960, because shortly after they
came out, the Canon i950 was released in Japan. Now Epson was
behind in speed AND droplet size! Epson really wanted to make some
inroads into speeding up their printers, and the 970 is their first
attempt at a faster printer (Still much slower than the Canon's but
faster than their current generation).
They also stated a reduced droplet size to 1.8 picoliters, but that
just seems to be a numbers game with Canon, the 0.2 picoliter
measurable difference at such a small size is just a ridiculous
claim, may be true, but in real world virtually no difference at
all! If my calculations are correct, somewhere around 0.3 microns
in actual size difference, check out this site for how small that
really is
http://www.pacpress.com/level3/micron.htm . This website
states that below 40 microns, the dot is invisible to the naked
eye. 4-picoliter printers droplet size was somewhere around 25
microns, and people with good eyes could still see the graininess,
probably due to dithering or layering of dots. According to
Canon's literature, a 4-picoliter bubblejet can place as many as
20,000 individual spots in a square centimeter. Now with 2
picoliter size droplets that is simply amazing!
The initial review I saw of the 970 on that Japanese website showed
microbanding issues like the Canon S900 series showed. That review
from japan show the Canon i950 has the slight edge (Mainly due to
maintaining high quality at faster speeds).
The theory of more color ink tanks = better photo quality is put to
the test. Is 7 really better than 6? With newer technology is 6
that much better than 4? It is at the same level now as 48 bit vs
32 bit scanning. When does it reach the point when there is no
real gain in quality that is noticible to the human eye?
I would still like to see both these printers in person some day.
May have to take a trip to Japan when the piggy bank gets full!
--
http://www.pbase.com/wp12001
Life is too short to waste it complaining.