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Quality and speed - the photographer's printer
With the new Bubble Jet i950, the successor to the highly
successful, award winning Bubble Jet S900 photo printer,
Canon introduces even higher print resolution and smaller
ink droplet size, setting new standards for professional
photo printing.
Maintaining the same ground breaking photo print speeds
as the S900 the new Bubble Jet i950 has a maximum resolution
of 4800 x 1200 dpi achieved with a constant ink drop size
of just 2 picolitres. The i950 combines Canon’s six-ink
system and advanced MicroFine Droplet Technology™
with a new Micro-Nozzle head that delivers tiny ink droplets
with accurate and precise drop placement. This makes it
a unique and advanced desktop solution for high quality
printing – ideal for professional and serious amateur
photographers.
The new Micro-Nozzles used in the print head of the Bubble
Jet i950 are crucial to the quality it is able to achieve.
These Micro-Nozzles create consistent ink droplet sizes
of 2 picolitres that are fired onto the paper with force
and accuracy. The result is a system that is expert at placing
ink exactly where it is needed to build a finely detailed
image in an amazingly short time. Micro-Nozzles, 2 picolitre
droplets and the accuracy of ink placement are all elements
of advanced MicroFine Droplet Technology™. The six-ink
system also creates an extremely wide range of tones and
grain-free mid-tone areas.
With the i950, Canon has maintained the high speed photo
printing offered by the Bubble Jet S900, despite offering
smaller droplet size and increased print resolution that
enable its print head to lay down many more droplets of
ink per inch. Printing a full A4 borderless photo at 2400
x 1200 dpi with 2 picolitre droplets on Canon’s Photo
Paper Pro takes just over one minute, while a 4"x6"
print can take less than 30 seconds.
The efficiency of Canon’s Single Ink technology wastage
keeps wastage to a minimum and Canon’s High Colour
inks offer more than 25 years’ light fastness on Canon
Photo Paper Pro (PR-101) subject to storage and display
conditions.
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