Zebra ZC300 Single-Sided ID Card Printer – USB & Ethernet, 300 dpi, Compact Design

Fast, Reliable Card Printing for Professional Badges, Access Cards, and Loyalty Programs

The Zebra ZC300 Single-Sided ID Card Printer (Model ZC31-000C000US00) is a high-performance, space-saving solution designed for on-demand card printing in secure and high-volume environments. With 300 dpi resolution, USB and Ethernet connectivity, and support for CR70 and CR80 PVC cards, this printer delivers vibrant, edge-to-edge prints using dye sublimation or monochrome thermal transfer technology. Engineered with a “fit anywhere” design and intuitive LCD interface, the ZC300 is ideal for employee badges, student IDs, visitor passes, and gift or loyalty cards.

Key Features of the Zebra ZC300 Single-Sided ID Card Printer

• Print Technology: Dye sublimation (color) and monochrome thermal transfer
• Print Resolution: 300 dpi for sharp, professional-grade output
• Print Speed:

1. 4 seconds per monochrome card
2. 18 seconds per full-color (YMCKO) card

• Card Compatibility: CR70 and CR80 PVC or composite cards (10–40 mil thickness)
• Input/Output Hopper Capacity: 100 cards each (30 mil)
• Connectivity: USB 2.0 and 10/100 Ethernet for flexible integration
• LCD Interface: Easy-to-read display with soft key navigation and animated help menu
• Smart Features:

1. Zebra Print Touch (NFC-enabled)
2. Auto card thickness detection
3. Integrated card cleaning roller

Security Options: Lockable enclosure and obscured output hopper

• Dimensions & Weight: 10.2″ x 6.2″ x 18.4″; 9.7 lbs
• Warranty: 2-year coverage on printer and printhead + 1-year loaner support
• Included Accessories: USB cable, power supply, CD-ROM with Windows drivers
• Optional Upgrades:

1. Dual-sided printing
2. Magnetic stripe encoding (ISO 7811 HiCo/LoCo)
3. Smart card contact station (ISO 7816)
4. Contactless encoding (MIFARE ISO 14443)

The Zebra ZC300 Single-Sided Printer is a top-rated choice in the ID Card Printers category—trusted by professionals who need speed, precision, and scalable performance for secure credentialing.