Lexmark CX825dtfe (A4) Colour Laser Multifunction Printer (Print/Copy/Scan/Fax) 2048MB (10 inch) Class Colour Touchscreen 52ppm (Mono) 52ppm (Colour) 250,000 (MDC)

The Lexmark CX825dtfe colour A4 MFP combines a print speed of up to 52 pages per minute, ease of use, professional colour and standard input capacity of up to 1,750 pages plus an inline staple finisher. A 1.6 GHz quad core processor with 2 GB of standard memory helps the CX825 Series handle complex jobs, whilst a print speed of up to 52 ppm allows users in high-volume print environments to get fast colour output. Even large colour print jobs complete quickly so users are more productive. Professional colour features include ultra-sharp 4800 Colour Quality, PANTONE calibration and spot colour replacement for repeatable colour accuracy even with critical corporate identity elements. Lexmark exclusive Embedded Solutions Framework (eSF) makes the MFP programmable to meet the needs of each customer and industry. And the CX825 Series' 25 cm (10 inch) class e-Task colour touchscreen features an ultra-smooth surface that can be activated by almost anything, including pens, fingertips or nails - without pressure or direct skin contact. It starts with standard input capacity of up to 1,750 pages of input capacity (expandable to 4,500), includes a compact inline staple finisher and prints on the broadest media weight range of any A4 colour laser MFP - from tissue-thin paper to thick card stock. It starts with 1,200 dpi CCD-based scan quality for colour and information accuracy, then adds automatic size sensing and ultrasonic multi feed detection to ensure that every page intended for archiving or integration into your digital workflow is successfully scanned. Minimising maintenance reduces downtime, so the CX825 features photoconductor units that last up to 175,000 pages, and replacement toner rated at up to 33,000 black and up to 22,000 colour pages. Average continuous black or continuous composite CMY declared cartridge yield up to this number of standard pages in accordance with ISO/IEC 19798.