Canon PFI-1100PC atramentová kazeta originál photo cyan

The Canon PFI-1100PC photo cyan cartridge uses LUCIA PRO ink with encapsulated pigment particles and a Chroma Optimizer coat to increase color density and extend color gamut. Designed for high-quality photo printing, the cartridge delivers uniform gloss on coated media, improved image clarity and reduced bronzing. It is an original Canon cartridge compatible with Canon imagePROGRAF printers and contains photo cyan ink in a 700 ml capacity.

Advantages

LUCIA PRO ink formulation allows for denser ink placement and a higher number of droplets on paper, producing a wider color gamut and more accurate color reproduction. The Chroma Optimizer coat improves gloss uniformity on coated media, enhances image clarity and reduces bronzing effects. As an original Canon cartridge, it provides consistent print results and straightforward installation.

Suitable for (tasks / use cases)

• High-quality photo and fine-art printing
• Proofing and color-critical graphic work
• High-volume print runs where consistent color is required
• Printing on coated photographic papers

Key specifications

• Ink system: LUCIA PRO pigment with Chroma Optimizer
• Ink colour: Photo cyan
• Volume: 700 ml
• Compatibility: Canon imagePROGRAF series printers
• Ink type: Original Canon pigment ink

How to use

Install the Canon PFI-1100PC cartridge into the appropriate slot of a compatible Canon imagePROGRAF printer following the printer manufacturer’s instructions. Allow the printer to perform any automatic initialization or head priming cycles after installation. Use printer driver settings appropriate for photographic output and the specific paper type to achieve optimal color and gloss uniformity.

Recommendations

For best results, use with coated photographic papers and select the matching media profile in the printer driver. Store unopened cartridges in a cool, dry place and avoid exposure to direct sunlight. Replace cartridges before running critically color-sensitive jobs if ink levels are low to maintain consistent output.