Compatible 106R01394 Yellow Toner Cartridge for Xerox Printers

  • Product Code: TTP-106R01394
  • Availability: 33

£30.00 Inc VAT

Ex VAT: £25.00

Specifications

SKU TTP-106R01394
EAN / GTIN 5056209727830
MPN 106R01394
Product Type Toner
Colour Yellow
Compatible Brand TTP Compatible
Compatible Printers Xerox Phaser 6280, Xerox Phaser 6280 DN, Xerox Phaser 6280 DNM, Xerox Phaser 6280 N, Xerox Phaser 6280 Series

Description

The Compatible Xerox 106R01394 Yellow Toner Cartridge is a high-quality replacement for the Xerox 106R01394 OEM toner designed specifically for use in Xerox Phaser 6280 printers. This cost-effective compatible cartridge offers reliable, consistent printing performance with vibrant yellow output, ensuring excellent print quality at a fraction of the price of the original part. Key features and benefits include: - High Yield Capacity: Delivers approximately 5,900 pages*, matching the page yield of the Xerox 106R01394 OEM cartridge for long-lasting use without frequent replacements[1][2]. - Consistent, Vibrant Color: Produces sharp, accurate yellow prints ideal for professional documents and color graphics, maintaining reliable output throughout the cartridge life[1][3]. - Cost-Effective Performance: Offers OEM-level quality and compatibility at a lower cost, helping reduce your printing expenses without compromising print clarity or reliability[3]. - Guaranteed Compatibility: Designed to seamlessly replace the Xerox 106R01394 toner cartridge in Phaser 6280 printers, ensuring easy installation and trouble-free operation[1][3]. - Trusted Quality Assurance: Backed by a satisfaction guarantee and warranty, this compatible toner provides peace of mind with every print job[3]. Choosing this compatible toner cartridge means you get dependable, high-quality prints with excellent value, making it a smart choice for budget-conscious businesses and individuals. Your Xerox Phaser 6280 printer will perform smoothly with this reliable substitution, backed by a guarantee for your confidence. *Page yield based on industry-standard testing methods and may vary depending on usage conditions[1][2].