Genuine Xerox 016168500 Cyan Toner Cartridge (5,000 Pages) for Xerox Phaser 740 Printers
The Cyan Toner Cartridge (5,000 Pages) (016168500) from Xerox can help home and office printers complete a wide range of print tasks to the highest possible standards. Utilising laser print technology, the toner is capable of achieving the deepest and crispest Cyan tones, ideal for users looking to create high clarity, professional prints and copies.
The Cyan Toner Cartridge (5,000 Pages) (016168500) is an official manufacturer branded item fitting Phaser 740 models, built especially to offer the preferred level of print quality throughout all tasks and responsibilities. Despite its modest appearance, the cartridge has a yield of 5000 pages, helping ensure you can continue uninterrupted printing for longer.
The extra page yield supplied by Xerox laser printers has made them a hugely popular option with users looking to increase the output their machines produce before a replacement is necessitated. Reducing the overheads of replacement costs and creating a more efficient print environment, Xerox toner technology can help control spend.
Furthermore, the high print quality provided by toner cartridges within laser printers can help ensure that all prints are completed to the highest possible standard. For both home and workplace print jobs, the cutting edge service provided by our official Xerox toner cartridges can ensure that all jobs capture the nuances of tone and character.
Printerland is made up of a team of conscientious, enthusiastic printer specialists – who endeavour to deliver the very best, personalised service. As a completely independent company, we will ensure that we provide impartial advice – ensuring you find the product which best suits your individual needs and budget.
|Product Type||Laser Toner Cartridge|
**Page yields are declared by the manufacturer in accordance with ISO/IEC standards or occasionally estimated based on 5% per page coverage. Yields will vary greatly depending on image, area coverage, print mode and environmental conditions.