Tóner Lexmark CX833,95x 46900 páginas amarillo

The Lexmark CX833 Yellow toner cartridge (MPN 79L2HY0) is a single yellow Unison™ Toner cartridge designed for Lexmark CX833 series printers. It provides high-quality colour prints with a rated yield of up to 46,900 pages and is supplied as one cartridge per pack. This cartridge is intended for use in compatible Lexmark devices and is manufactured to deliver consistent colour reproduction and reliable installation.

Advantages

Lexmark Return Programme cartridges are offered at a discounted price in exchange for a commitment that the cartridge will be used once and returned to Lexmark for remanufacturing or recycling. The cartridge contains genuine Lexmark Unison™ Toner formulated for stable image quality and long-life system reliability. Where available, components recovered through the Lexmark Cartridge Collection Programme (LCCP) may be used in production, and regional manufacturing reduces supply-chain environmental impact.

Suitable for

• High-volume colour printing requiring vivid yellow and consistent colour balance
• Office environments using Lexmark CX833 series printers
• Applications that demand long-yield consumables to minimise cartridge changes

Key specifications

• Manufacturer: Lexmark
• MPN: 79L2HY0
• Colour: Yellow
• Yield: up to 46,900 pages (rated)
• Quantity per pack: 1 cartridge
• Toner type: Unison™ Toner

How to use

Install the cartridge according to the printer’s user guide for the Lexmark CX833 series. Ensure the printer is powered on before replacing the cartridge, remove the empty cartridge following safety instructions, and insert the new cartridge until it locks into place. Run a test print or printer alignment if prompted to confirm correct installation.

Recommendations

Return the empty cartridge through the Lexmark Cartridge Collection Programme (LCCP) to enable remanufacturing or recycling. Be aware that Return Programme cartridges are single-use and may stop functioning after the rated life; keep a spare cartridge to avoid interruptions in high-volume printing.