Ink cartridge Epson 29XL Magenta (Original, High XL Yield, 6.4 ml, ~450 pages)

Original Epson 29XL Magenta ink cartridge provides pigment-based magenta colour for colour printing with a high (XL) yield. The cartridge contains 6.4 ml of ink and is estimated to produce about 450 colour pages. It is supplied as a single replacement cartridge for compatible Epson printers and is intended for photo and document colour work where durable magenta output is required.

Advantages

The cartridge is an original Epson product formulated to work with Epson printers for predictable colour reproduction and print reliability. The high (XL) yield capacity reduces the frequency of replacements compared with standard cartridges and lowers cost per page for higher-volume colour printing. Pigment-based magenta ink enhances durability and colour stability for documents and mixed photo printing tasks.

Suitable for

• Everyday colour document printing
• Home photo printing and snapshots
• Mixed photo-and-text print jobs
• Users who prefer original manufacturer cartridges for consistent results

Key specifications

• Ink type: pigment-based magenta
• Cartridge capacity: High (XL) yield
• Ink volume: 6.4 ml
• Estimated colour page yield: ~450 pages
• Packaging: single cartridge

How to use

Install the Epson 29XL Magenta cartridge into a compatible Epson inkjet printer following the printer manufacturer’s cartridge replacement procedure. Turn on the printer, open the ink access cover, remove the empty cartridge, and insert the new cartridge until it clicks into place. Close the cover and follow any on-screen prompts to initialize or align the cartridge before printing. Dispose of the empty cartridge according to local regulations or recycling programmes.

Recommendations

For consistent colour results, use the cartridge with other original Epson inks and allow the printer to perform recommended head-cleaning and alignment procedures when prompted. Store unused cartridges in a cool, dry place and install them before the indicated expiration date for optimal performance.