Canon 069 Black Toner Cartridge 2,100 Page Yield 5094C002AA

Canon 069 Cartridge

The Canon 069 Black Toner serves as the primary monochrome consumable for the ImageClass MF750 series multi-function laser printers. This genuine component utilizes a specialized polymer-based powder to ensure precise adhesion to various paper weights. Consequently, the output remains smudge-resistant and professional for business documentation. It maintains structural integrity under the high temperatures generated by the fuser unit during rapid print cycles. This specific model, identified by part number 5094C002AA, supports high-speed duplex printing without compromising text clarity or line definition. Therefore, it is essential for environments requiring consistent document production.

Key Features

• Standard Capacity Performance
  This unit delivers a rated yield of 2,100 pages based on ISO/IEC 19798 testing standards.

• Integrated Cartridge Design

  • Combines toner reservoir and imaging drum into one assembly
  • Simplifies maintenance by reducing the number of individual parts to replace
  • Minimizes downtime during consumable swaps

• Precision Particle Engineering
  The toner utilizes uniform spherical particles to achieve consistent optical density across the page.

• Real-time Supply Monitoring
  Onboard circuitry communicates directly with the printer firmware to provide accurate remaining capacity alerts.

Specifications

What’s in the Box

• 1 x Canon 069 Black Toner Cartridge (5094C002AA)

• Installation Guide

• Recycling Program Information

Why Choose Genuine Canon Consumables

• Hardware Longevity: Original supplies prevent premature wear on the internal fuser and transfer belt components.

• Print Consistency: Each cartridge maintains the same electrostatic properties to prevent ghosting or uneven distribution.

• Environmental Compliance: This product meets global chemical safety standards and is eligible for manufacturer recycling programs.

• Operational Reliability: Precision manufacturing reduces the risk of internal leakage that can damage sensitive optical sensors.