HID FARGO 094641 HDP6600 Dual-Sided Retransfer ID Card Printer 600dpi USB/Ethernet

Deliver secure, high-quality ID cards fast with the HID FARGO HDP6600 retransfer ID card printer. Built for enterprises, campuses, and government facilities, this ID badge printer produces sharp, edge-to-edge 600 dpi images that enhance card readability for access control, visitor management, and surveillance-related workflows. Dual-sided printing and an integrated contactless encoder let you issue fully programmed access badges in a single pass, streamlining enrollment and reducing administrative overhead.

Engineered for reliability, the HDP6600 offers USB and Ethernet connectivity for easy network deployment and centralized monitoring of printing fleets. Retransfer technology creates resilient card surfaces that withstand heavy handling and reduce the need for reprints—saving time and lowering cost-per-card. The printer’s modular design and user-friendly controls make maintenance straightforward, keeping your security issuance operations running smoothly.

Ideal for security, monitoring, and access control programs, the HID FARGO HDP6600 combines image quality, encoding flexibility, and network reliability. Configure it for corporate badges, government IDs, campus credentials, or visitor programs—contact our sales team to customize a solution and start issuing secure badges today.

• Produce professional, secure badges with ultra-sharp images and text using 600 dpi retransfer printing for edge-to-edge color and durable card surfaces.
• Save time with built-in dual-sided printing and optional contactless encoding to create fully encoded access cards in a single pass.
• Reliable network and workstation integration via USB and Ethernet connectivity for centralized issuance across multiple locations.
• Reduce reprints and long-term costs with robust retransfer technology that resists abrasion, fading, and tampering in high-use environments.
• Simplify operations and maintenance with an intuitive interface and modular design that minimizes downtime and service interruptions.