OfficePoint CF543X 203X Magenta High Yield Toner Cartridge

OfficePoint CF543X Magenta Toner

The OfficePoint CF543X Toner Cartridge provides a high-capacity magenta printing solution engineered for specific HP Color LaserJet Pro series printers. This replacement unit offers a cost-effective alternative to OEM supplies while maintaining professional-grade output standards. The cartridge utilizes advanced chemical toner powder to ensure consistent color density and accurate saturation across high-volume print runs. Consequently, it supports the rigorous demands of enterprise environments and busy office departments that require reliable document production.

Key Features

• High-Yield Performance
  This unit delivers an estimated yield of 2,500 pages based on 5% coverage standards for extended operation.

• Precision Chip Integration

  • Ensures full compatibility with printer firmware versions.
  • Provides real-time toner level monitoring for proactive supply management.

• Optimized Fusing Temperature
  The toner particles melt at precise temperatures to prevent smudging and ensure immediate bonding to the paper.

• Sealed Hopper Design
  The internal architecture prevents powder leakage and maintains structural integrity during high-speed printing cycles.

Specifications

What’s in the Box

• 1 x OfficePoint CF543X (203X) Magenta Toner Cartridge

• Installation Guide

• Recycling Instructions

Why Choose This Magenta Unit

• The specialized pigment formulation produces sharp text and graphic clarity without the high cost of original brand supplies.

• Rigorous testing protocols ensure this hardware maintains low failure rates and high transfer efficiency throughout its lifecycle.

• The high-capacity design reduces the frequency of replacements, which minimizes downtime for IT maintenance teams and procurement staff.

• Automated manufacturing processes guarantee that every unit meets strict mechanical tolerances for seamless insertion into the printer chassis.

• Protective packaging safeguards the internal components from electrostatic discharge and moisture during transit and storage.