Xerox Original Toner Cartridge Black High Capacity 20000 Pages

Consistent, high-volume output for busy print environments

The original Xerox 006R04378 black toner cartridge delivers an approximate page yield of 20,000 pages, designed to support sustained print runs without frequent intervention. High yield translates into fewer replacements and longer uninterrupted operation for departments that process large volumes of text documents, invoices and reports.

Clear compatibility for accurate inventory matching

Compatibility is specified by cartridge reference numbers B310; B305; B315. The product is an original black toner cartridge, intended to match the exact mechanical and chemical requirements of supported printers. Page yield (approx.) 20,000 is provided as a standard metric for planning consumables and stock.

Consistent print density and professional results

Original manufacture ensures uniform toner distribution and stable optical density across a run, producing crisp, legible black text suitable for formal correspondence and internal documentation. Reliable image quality reduces the need for repeat prints and maintains a consistent appearance for multi‑page reports and client-facing material.

Suited to teams that depend on uninterrupted printing

Developed with high‑volume offices and shared print areas in mind, this black toner cartridge supports continuous workflows in administrative centres and central reprographic units. Fewer interventions mean less process interruption and clearer planning for procurement and maintenance cycles.

Direct technical facts for procurement and specification

Print colour: black. Product type: toner cartridge. Original or compatible: Original. Included in delivery: 1 x toner cartridge. Cartridge reference numbers are B310; B305; B315. Model and technical identifiers have been provided to ensure correct ordering and part matching.

Compatibility references aid ordering and stock control

Reference numbers and the stated page yield support procurement teams and inventory systems when scheduling replacements and forecasting supply needs, enabling efficient replenishment without ambiguity.