OKI 44318532 DRUM UNIT
Genuine OKI 44318532 Drum is designed for the OKI C711WT printer, offering an estimated page yield of up to 6,000 pages (based on 5% coverage). This drum ensures consistent print quality, delivering sharp, professional prints for both text and graphics. Ideal for moderate to high-volume printing environments, it provides reliable performance and helps reduce downtime with its easy installation. The drum is built to be cost-effective, reducing overall ownership costs while extending the printer’s lifespan. Made with eco-friendly materials, it is fully recyclable, making it a sustainable choice for businesses.
The OKI 44318532 Drum is a key component in maintaining high-quality printing and reliable operation for your OKI C711WT printer.
Product Type: Drum
Color: Black
Page Yield: Up to 6,000 pages (based on 5% coverage or ISO 24711 pattern/normal printing)
OEM Part Number: 44318532
UPC: 4949443150476
Compatibility:
Compatible with OKI C711WT printers.
Performance and Features:
High Yield: Offers an estimated yield of up to 6,000 pages, ideal for moderate to high-volume printing environments.
Print Quality: Designed to ensure consistent, sharp print quality, helping to deliver clear, professional prints for both text and graphics.
Reliable Performance: Engineered for durability and reliable performance, reducing the need for frequent replacements and minimizing downtime.
Cost-Effective: Helps reduce the overall cost of ownership by maintaining print quality and extending the lifespan of the printer.
Easy Installation: Simple installation process to minimize downtime and boost productivity in busy office settings.
Additional Information:
Package Includes: One OKI 44318532 Drum.
Warranty: Comes with a standard warranty (please refer to product details for warranty specifics).
Environmental: Constructed with eco-friendly materials and can be properly recycled through designated recycling programs.
The OKI 44318532 Drum is an essential part of your OKI C711WT printer, ensuring optimal print quality, reliable performance, and cost-effective printing in moderate to high-volume environments.
