Kit de mantenimiento Lexmark 41X2237

The Lexmark 41X2237 maintenance kit is designed for laser printers and provides the components required to maintain reliable printing performance in high-volume environments. The kit supports a rated page yield of up to 225,000 pages and carries RoHS sustainability certification. It includes the main wear parts needed to sustain print quality and prolong the service life of compatible Lexmark devices.

Advantages

This maintenance kit consolidates multiple replacement parts into a single package to simplify service and reduce downtime. By replacing the fuser, pickup rollers, tray separators and the transfer roller together, the kit helps maintain consistent paper handling and image transfer, supporting stable print quality across long print runs. RoHS certification indicates compliance with environmental standards for restricted hazardous substances.

Suitable for (tasks / use cases)

• High-volume office printing
• Print environments requiring scheduled preventive maintenance
• Environments where minimizing printer downtime is important

Key specifications

• Model: Lexmark 41X2237
• Included parts: 41X2142 fuser; 3 × 41X1108 pick rollers; 3 × 41X1119 tray separators; 41X1076 transfer roller
• Rated page yield: up to 225,000 pages
• Brand: Lexmark
• RoHS: yes

How to use

Follow the printer manufacturer’s service manual or on-device instructions when installing parts from this maintenance kit. Power off and unplug the printer before servicing. Replace the fuser, pickup rollers, tray separators and transfer roller in the order recommended by Lexmark, ensuring each part is seated correctly and any covers are securely closed. After installation, perform any required calibration or test prints to verify correct operation.

Recommendations

For consistent results, replace the kit components as part of scheduled preventive maintenance before significant wear causes print defects or paper handling issues. Use genuine Lexmark parts and observe safety guidelines when handling the fuser, which may remain hot after printer operation.