Canon i-SENSYS LBP7100Cn Driver

Canon i-SENSYS LBP7100Cn Driver

When it comes to printing with the Canon i-SENSYS LBP7100Cn model, users can expect to experience impressive qualities that deliver high value. This machine boasts a print speed of up to 14 pages per minute (ppm) for both monochrome and color documents. Its print method uses color laser beam technology, resulting in an average resolution of 600 x 600 dots per inch (dpi). Additionally, the i-SENSYS LBP7100Cn model offers a maximum print resolution of up to 1200 x 1200 dpi, ensuring that documents and images come out sharp and clear.

Looking for Canon i-SENSYS LBP 7100Cn driver downloads for your Microsoft Windows 32-bit or 64-bit operating system? Or perhaps you need it for your Macintosh operating system? Look no further than our comprehensive download page, complete with a variety of drivers to suit your needs. With our user-friendly interface and easy-to-follow installation instructions, you can have your Canon i-SENSYS LBP 7100Cn up and running in no time. Don’t settle for anything less than the best – download your Canon i-SENSYS LBP 7100Cn driver today!

Toner Cartridge Details

The 731 Toner Cartridge in Yellow hue is capable of producing an estimated 1500 pages. Meanwhile, the 731 Magenta Toner Cartridge offers a yield of up to 1500 pages. Similarly, the 731 Cyan Toner Cartridge is also able to produce up to 1500 pages. As for the Black 731 Toner Cartridge, it has a yield of up to 1400 pages. These toner cartridges are perfect for high-volume printing needs in business settings. With their dependable output and long-lasting performance, they provide a cost-effective solution for producing quality prints. Get yours today and experience the difference in print quality and reliability.

Canon i-SENSYS LBP7100Cn printer driver for Windows

Filename Size Download
UFRII LT Printer Driver for Windows 32 bit.exe 36.71 MB Download
UFRII LT Printer Driver for Windows 64 bit.exe  40.71 MB Download

Canon i-SENSYS LBP7100Cn driver Supported Macintosh Operating Systems

Filename Size Download
UFRII LT Printer Driver for Mac OS X 10.11 to 12.dmg 31.24 MB Download
UFRII LT Printer Driver for Mac OS X 10.10.dmg 31.23 MB Download
UFRII LT Printer Driver for Mac OS X 10.9.dmg 31.29 MB Download
UFRII LT Printer Driver for Mac OS X 10.8.dmg 31.59 MB Download
UFRII LT Printer Driver for Mac OS X 10.7.dmg 31.54 MB Download
UFRII LT Printer Driver for Mac OS X 10.6.dmg 42.33 MB Download

Canon i-SENSYS LBP7100Cn driver for Linux

Linux (32-bit), Linux (64-bit)

Filename Size Download
UFRII LT Printer Driver for Linux 20.88 MB Download

Specifications

The Canon i-SENSYS LBP7100Cn model boasts a quick warm-up time of roughly 20 seconds or less from power on. Its first-page print out is equally speedy, taking about 18 seconds or less for both monochrome and color documents. In a month, this model can churn out up to 30,000 pages of top-notch quality. Print margins for this machine include 5 mm for the top, bottom, right, or left, ensuring a professional finish. The standard paper input capacity of the tray is up to 150 sheets of plain paper, allowing for efficient printing.

In contrast, the printed papers will be held face-down in the output tray, which has a capacity of 125 sheets. This printer is compatible with a variety of media types, including plain paper, heavy paper, labels, index cards, envelopes, coated paper, glossy paper, and transparency film. The cassette tray accommodates standard media sizes, such as A4, A5, B5, envelope COM10, foolscap, and executive, as well as less common sizes like envelope CS, envelope monarch, 16K, letter, legal, and some customizable sizes.

The media weight range supported by this machine spans from 60 to 220 gsm across all paper trays. Additionally, the device accommodates a power voltage of 220 to 240 volts and 50/60 Hz. Meanwhile, power consumption varies depending on the printer model and the mode in use, such as active printing, standby, and sleep modes. To elaborate, functional printing requires a maximum of 340 watts or less energy consumption to achieve optimal performance.

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