This powerful ID card system is built around the Fargo HDP5000, the most cutting edge ID card printer on the market. The HDP5000 is a rock solid foundation for any ID card program, especially high-volume applications that require sophisticated, multifunctional ID cards. This system meets the card-printing needs of colleges and universities, government agencies, corporations, medium to large-sized companies, financial institutions, and more.
If you are looking for an ID card printer that can literally do it all, look no further than the Fargo HDP5000. This printer has all the bells and whistles, and its modular design allows users to expand its functionality with a variety of field-upgradeable options including dual-sided printing, lamination, and several encoding technologies.
The HDP5000 uses High Definition Printing to create crisp glossy images far superior to those found on an ordinary ID card. Images and text are first printed on the underside of a special HDP film which is then affixed to the card’s surface. Aside from delivering detailed imagery, this film also provides an extra layer of protection from wear and tear. The end result is more durable ID cards with outstanding image quality. Another benefit of High Definition Printing – the HDP printing process ensures consistent print results, even on cards with irregular surfaces, such as technology cards with embedded electronics.
For networked environments, the Fargo HDP5000 is an ideal choice. Large organizations that require remote printer operation can install the machine anywhere on a LAN, thanks to its built-in Ethernet port and printer server. This enables secure network printing for any authorized user with network access.
One of the greatest advantages of the Fargo HDP5000 is its innovative modular design. The HDP5000 is designed to be future-proof, meaning if your organization grows and your ID card needs change, the printer can grow with you. Simply add one of the field-upgradeable modules. Options include dual-sided printing, single and duplex lamination, magnetic stripe encoding, proximity card technology, and both contact and contactless smart card encoding.