Ideal for organizations of any size that need retransfer printing technology to routinely issue secure and durable, high definition IDs or cards at high speeds, the Fargo 94698 HDP6600 from HID Global is a cost-effective, eco-friendly and reliable solution that provides high resolution 600 dpi printing capability for superior text and image quality as well as wasteless lamination for an ultra-low cost-per-card. The HDP6600 also features HID Global’s patent-pending iON technology, allowing the unit to reach optimal operating temperature in under 60 seconds, expediting the retransfer printing and lamination processes. Fast, innovative, feature-rich and reliable, the Fargo HDP6600 sets the new customer demanded standard in retransfer printing.
Reverse Image Transfer (Re-Transfer) Card Printing Technology
This ID card printer utilizes “Re-Transfer” printing technology, which diffuses ink (in the form of a ribbon) to a dye receptive film known as a “transfer film”. Once all necessary colors have been applied to the transfer film, it is then fused to a blank PVC or Composite card material. This two-step printing process allows for a high definition “over the edge” printed card. Since the transfer process is not limited by a fixed printhead, but rather utilizes the flexible transfer film material, the re-transfer method is ideal for highly detailed imagery (up to 600dots/in), which can be applied to uneven surfaces such as ID cards with embedded electronic chips (smart cards). Along with advanced printing definition and overall card coverage, the lifespan of a re-transfer printhead is dramatically increased by the lack of contact with the card substrate.
This ID card printer prints with a resolution of 600 dpi (dots per inch) or 23.6 dpm (dots per millimeter).
Dual Sided ID Card Printing
With a dual sided printing module, This ID card printer can automatically print on both sides of a PVC or Composite card.
Dual Sided Lamination
This ID card printer incudes a dual sided lamination module, which allows you to apply a variety of different laminates (clear, generic holographic, custom holographic, etc.) to both sides of the card.
ID Card Flattener Module
When the goal is to produce sophisticated and secure ID cards, presentation matters. Don't settle for cards that come out of the printer bent when there is a simple solution; an inline debower that flattens cards instantly after printing and/or laminating ensuring ISO standards for quality are met. These flattener modules are installed in an ID card printer and prevent warping from heat during the printing process. Don't sacrifice quality or aesthetic in your ID cards-ensure a professional look and durability by adding and ID Card Flattener Module to your card printer.
Magnetic Stripe Encoding
This ID card printer includes a magnetic stripe encoding module. With an ISO magnetic stripe encoding module, you will be able to encode both high and low coercivity magnetic stripes embedded within a plastic or composite card. By configuring your printer and encoder, data can be stored across the three available magnetic stripe tracks; these magnetic stripe tracks can be used in a variety of third party systems. Systems that utilize magnetic stripe technology include: door access, payment, loyalty, etc.
HID® OMNIKEY® 5127CK-Mini and HID® OMNIKEY® 5122 (combined)
While the efficient OMNIKEY 5127CK-Mini offers CCID reader, encoder and keyboard wedge mode operation with contactless smart card capabilities, the OMNIKEY 5122 offers compatibility as a fast and secure contact smart card reader and encoder. Wide range of coverage: together the 5127CK-Mini and the 5122 support ISO 14443 A/B, ISO 15693 and 7816, and iCLASS 15693, along with a variety of iCLASS, MIFARE, and Prox cards. Two products that together offer comprehensive smart card reader functionality and versatility.
This ID card printer is also with a contact station, allowing you to read and encode a card with an embedded contact chip.
Two Material Lamination Station
A two-material lamination module allows you to laminate each side of a card with two different materials. This method laminates one side of the card with the first laminate type, flips the card over, and laminates the back side of the card with a second laminate type. This is ideal for cards that contain a magnetic stripe or embedded contact smart chip.