Well, my first full day experimenting with the XP-600 and, aside from an absolutely stunning n00b error at the beginning, I have to admit I quite like this printer too.
Refilling is, as anticipated, a breeze and despite the lack of a windows you quickly recognise the signs that the cartridge is nearly full
(the mesh suddenly darkens just before ink starts pooling) although I suspect some folk might like having scales as a reassurance/indicator. As with all things your mileage may vary.
One thing I particularly noticed was that the pigment black cartridge felt overly light after refilling and I felt distinctly uncomfortable about assuming things were full until I'd checked weights and capacities. Was quite unnerving so worth bearing that in mind.
As Image Specialists haven't developed anything specific for this printer model I'm currently working with one of the OCP sets
(there are two) and busy using up a lot of scrap paper so I can flush out the OEM inks and get to the true inksets characteristics. Initial impressions are very positive for plain paper output and I'm waiting until I've run through a few refills before making any comments about the output.
As I said there's a second ink set for this printer where, going from memory, OCP have worked to improve on the original OEM blend
(make of that what you will) although my understanding is that it's rarely ordered and expensive so we'll see if it's worth it, or not, once I've sourced the relevant sample.
As with all things when testing I hit a small snag in the form of a mixup with the ARC's and I have two of the same type. Interestingly the duplicate chip was recognised, as valid, until the cartridge hit empty then refused to reset. All in all a valuable lesson learned in advance
(which makes a pleasant-ish change!).
With the ARC's I've sourced, I found the chips have a tiny printed code on the front, indicated as a 631R/632R/633R/634R or 621R where the 'R' indicates that you have an ARC, and the three digits represent the cartridge code eg: T2
634 for the yellow. Can't speak for chips intended for the US or other sales zones but presumably the same manufacturer will be applying similar rules to their other chips.
It's a hiccup but it's given me some valuable insight into possible problems so better to find out this way than through a frustrated customer... Silver lining n'all that.
Oh and small note on chip swapping... I found that the chips require a little extra finessing compared to chip swaps on Canon cartridges.
While there is a void behind the OEM chip, I found the ARC chips I have, have a small component that doesn't quite fit in the void and lifts the chip up slightly. Resolving this is simple enough with the deft use of sharp blade to remove a little plastic at the appropriate point, and it'll all slide into place. I also found that the chip needed a little additional pressure to slide the chip slot down far enough for the top plastic retaining pin to fit into the chip hole. That said once it was in position it was very snug and didn't really need anything in the way of glue or similar to hold it in place.
I've some raw images and a video of the process so I'll be editing and uploading in due course but figured that was worth sharing while I remember.
So, day #1... not too shoddy...
