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- ID Card Makers
- ID Card Making Machines
- ID Printing Machines
- ID Card Printing Overview
- ID Card Machines
- ID Machines
- ID Badge Machines
- ID Makers
- Photo ID Machines
- Picture ID Machines
- Magicard
- Food Service ID Machines
- Fargo
- Basic Picture ID Machines
- Zebra Eltron
- PVC Card Printers
- ID Machine
- Library Card Printer
- Dye Sublimation Printing
- Inkjet Card Printers
- Persona
- Resin Thermal Transfer Printing
- Direct to Card Printers
- High Security ID Machines
- Types of PVC Card Printers
- Hospital ID Badges with Zebra Eltron Photo ID Printers
- Card Printer Applications for Schools
- Identification Card Printers
- ID Card Printer Resolution
- ID Card Printer Security Features
- Why a Photo ID Printer?
- Standard Picture ID Machines
- Plastic Card Printer
- ID Badge Printer
- Advanced Picture ID Machines
- Photo ID Printers for Identification
- Magicard ID Card Maker
- Fargo DTC
- Badge Maker
- Retail ID Card Machines
- Photo ID Printers
- Card Printers in Schools
- Zebra P310 and Zebra P420
- YMCKO and UvKO Too!
- Resin Thermal Transfer Printers
- High Definition Card Printers
- Zebra Reliability
There are three principal digital card printing technologies used by desktop systems with an ID card printer to print personalized cards: dye-sublimination printing, reverse-image printing, and inkjet ID card printing.
Dye-sublimation printing is the most common technology used by digital card printers to print images directly onto the surface of a plastic ID card. The process involves heating a special print ribbon beneath a thermal printhead and applying pressure so that the ribbon is in contact with the card and the printhead rests on the top of the ribbon, resulting in the transfer of color from the ribbon to a blank ID card.
ID Card Printers
Reverse image printing is a process in which the ID card printer first prints images onto a special film, which is then laminated onto the surface of a blank card through heat and pressure. By printing on the film rather than directly on the surface of a card, the ceramic printheads in high definition printing systems are less susceptible to damage that can result from contact with debris or imperfections on the hard surface of a card. High definition printing also eliminates many of the printing irregularities that can occur in direct-to-card printing when the printhead fails to maintain contact with a dirty or uneven card surface. Proximity cards and smart cards, which tend to have uneven surfaces due to embedded wires and smart chips, have more successful printing results using high definition printing. High definition printing generally produces higher quality images than direct-to-card printing, and affords users the ability to print on many ID card sizes, types, or chemical compositions, including biodegradable cards.
Inkjet printing systems are the standard printing technology for desktop computing due to their ease of use and quiet and reliable operation. However, this form of non-impact printing has only recently been introduced in the photo ID card market, because the inks are water-based and do not readily adhere to plastic cards. However inkjet technology and card materials continue to improve and manufacturers such as Fargo Electronics have released some very easy-to-use, reliable and high-quality inkjet ID card printers.
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