HID Fargo DTC4500e Dual-Sided Card Printer with Lamination
The IDenticard Fargo DTC4500e Printer is a top choice for organizations needing vibrant colors and dual-sided lamination capabilities. Ideal for government IDs, student cards, and more.
Why You’ll Love It
- Produces professional-looking cards with vibrant colors and sharp text
- Offers single or dual-sided lamination for enhanced card durability
- Compatible with various ribbon types for versatile printing options
- Ethernet connectivity allows for network access and multiple user support
FAQ
What type of printing technology does the Fargo DTC4500e use?
The printer uses dye sublimation and resin thermal transfer printing.
Can I add magnetic stripe encoding to the cards printed with this printer?
Yes, you can choose a magnetic stripe encoder option.
What warranty options are available for the Fargo DTC4500e?
The printer is covered by a three-year manufacturer warranty and can be further protected with a Tier 4 ValueCare or PlusCare Warranty and Service plan.
The Fargo DTC4500e is a full-featured PVC dual-sided card printer from HID® ideal for organizations printing a medium or large number of cards on a regular basis. It is a great solution for printing government ID credentials, student ID cards, corporate ID cards, membership cards and more.
The Fargo DTC4500e uses dye sublimation and resin thermal transfer printing to create vibrant colors, clear images and sharp text, creating a professional look on every card. Edge-to-edge printing covers the majority of the face of a card, leaving a small white border around the edge. A variety of ribbon types work well with the DTC4500e, including fluorescent ribbons, overlay ribbons and holographic laminate ribbons.
OPTIONS:
- Choose between single or dual-sided lamination capabilities to create a fully protected ID credential.
- Choose a magnetic stripe encoder to allow compatible cards to be programmed for use with card readers for granting access, making payments and more.
Ethernet connectivity enables the printer to be hooked up to a network and accessed by multiple users from a central location.