TurkıshDATAMAX E-4206P Barcode Printer
Printing of thermal labels, labels, wristbands, tickets, roll paper or wrapping paper in rolls
The Datamax–O–Neil E-4206P is a 203 dpi printer designed for a wide range of industries and applications. Reliable and cost–effective, the E–4206P has a choice of USB, Serial, Parallel, Ethernet, 802.11a / b / g wireless and Bluetooth interfaces as well as 6-inch / sec speed and 4.25 print widths. The Datamax-O-Neil E-4206P's large rolling capacity and fast loading environment prevent long downtimes and provide fast performance.
Direct thermal, thermal transfer (optional)
Available in four different models: Basic, Advanced, Professional, Professional)
4.25 (108 mm) – 203 dpi (8 dots / mm); 4.16 (106 mm) @ 300dpi (12 dots / mm) maximum printing width
6 ips [152 mm / s] maximum printing speed
203 dpi [8 dots / mm], 300 dpi [12 dots / mm] optional resolution
Advanced: Serial RS232, USB 2.0, Parallel duplex, 10/100 BaseT Ethernet
Professional and Professional +: Serial RS232, USB 2.0, Parallel duplex, 10/100 BaseT Ethernet, USB Server, 802.11a / b / g Wireless LAN (optional), Bluetooth v2.0 (optional)
The E-Class Mark III is a family of compact desktop thermal printers designed for a wide range of industries and applications requiring a reliable and cost-effective barcode printer. Datamax-ONeil has applied industrial printer expertise to provide customers with an entry-level printer with the features and reliability normally found in more expensive printers. The E-Class Mark III is cost effective, easy to use and economical to use.
We made the E-Class Mark III thermal barcode printer easy to use with fast loading media and an interactive LCD display. Users will also notice a significant reduction in daily operating costs thanks to the larger media and tape roll capacity of the E-Class Mark III. The E-Class Mark III is one of the best values on the market. It is competitively priced with a proven design and reliable performance that will keep you working for a long time after other barcode printers fail.