HP Color LaserJet Pro 4203dn Laser Printer – 4RA89A

HP Color LaserJet Pro 4203dn Laser Printer – 4RA89A Full description HP. Exceptional Color Quality at Business Speed – Print professional-grade color documents at up to 35 pages per minute, ideal for high-volume teams and client-facing materials. Enterprise-Level Security Built In – Powered by HP Wolf Pro Security, offering real-time threat protection and secure document handling straight out of the box. Auto Duplex Printing for Efficiency – Save time and paper with seamless two-sided printing, perfect for reports, proposals, and everyday business use. Scalable to Fit Growing Workgroups – Designed for heavy-duty use with up to 80,000 pages monthly duty cycle and optional paper trays to expand capacity. Reliable Wired Connectivity – Includes Gigabit Ethernet and Hi-Speed USB 2.0, making integration into existing office networks simple and dependable.   Specifications Brand: HP Series: LaserJet Pro Model: 4RA89A Technical Specs Printer Type: Laser Printer Functions: Print Print Speed: Up to 35 ppm Paper Size: Simplex: Tray 1: 76.2 x 127 to 216 x 356 mm; Tray 2: 98 x 148 mm to 216 x 356 mm; optional Tray 3: 100 x 148 to 216 x 356 mm; Duplex (all trays): 148 x 148 mm to 216 x 356 mm Paper Type: Paper (bond, brochure, colored, glossy, letterhead, photo, plain, preprinted, prepunched, recycled, rough), postcards, labels, envelopes Maximum Capacity: 50-sheet multipurpose tray, 250-sheet input tray General Dimensions: 421 x 427 x 288 mm Weight: 16.33 kg What’s in The Box: HP Color LaserJet Pro 4203dn Printer; 4 preinstalled introductory HP LaserJet Toner Cartridges (Black: 1,200 pages; Cyan, Magenta, Yellow: 1,000 pages); In-box documentation (Reference guide, Setup Card); Regulatory flyer; Warranty card (Where required) Warranty Information Warranty: 1 Year Warranty   HP Color LaserJet Pro 4203dn Laser Printer – 4RA89A Contact us if you would like to enquire about this product. ← BackThank you for your response. ✨ Name & Surname(required) Email(required) Message Submit Δ