Canon i-SENSYS LBP6030. Print technology: Laser. Number of print cartridges: 1, Maximum duty cycle: 5000 pages per month. Maximum resolution: 600 x 600 DPI. Maximum ISO A-series paper size: A4. Print speed (black, normal quality, A4/US Letter): 18 ppm. Product colour: Black

Quick, compact and energy efficient mono laser printer
An affordable, space saving mono laser printer designed for personal or small office use. Quiet, reliable and highly energy efficient with low power consumption it delivers fast, high quality prints.

Benefits

- Affordable mono laser printer – ideal for a small or home office - Fast, high quality mono prints at 18 pages per minute - No waiting for prints with Quick First Print - Stylish, space saving design to enhance any desktop - Enjoy class leading energy efficiency

Space saving, mono laser printer

Designed to fit comfortably on the desk, this fast, compact and affordable mono laser printer is perfect for personal and small office use. Its sleek, space-saving design includes a retractable paper tray cover and keeps dimensions to a mere 364 x 249 x 198 mm (W x D x H).

Exceptional laser quality

Enjoy the sharpest, crispest text and most detailed graphics thanks to a print resolution of up to 2400 x 600 dpi with Automatic Image Refinement. Our MS (Magnetic Spherical) Toner has been specifically developed to deliver optimum results print after print.

Fast, productive performance

The i-SENSYS LBP6030 springs into the action the moment you need it thanks to Canon’s Quick First-Print technologies, which ensure quick recovery from sleep mode. With a First Print Out Time (FPOT) of just 7.8 seconds and professional laser print speeds of 18 ppm there’s no waiting around for your prints – so you can quickly get back to what’s important.

Energy efficient

Thanks to Canon’s On Demand fixing technology this energy efficient printer uses only 0.8 watts in sleep mode and there’s virtually no warm up time. A convenient front power switch makes it easy to turn off, cutting energy costs and reducing its environmental impact even further.