Fargo HDP 6600 - plastic card printer - color - dye sublimation/thermal res
Mfg # 094600
CDW # 5448057
| UNSPSC 43212112
Quick tech specs
- Plastic card printer
- dye sublimation/thermal resin
- 600 dpi up to 230 cards/hour (color)
- USB 2.0
- color
- CR-80 Card (3.37 in x 2.13 in)
- capacity: 100 cards
- LAN
Know your gear
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 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.
Designed to meet the needs of cost- and efficiency-conscious organizations, the HDP6600 produces cards at unprecedented speeds - and leveraging HID Global's innovative wasteless lamination technology, the HDP6600 can help cut your high-volume lamination materials cost by up to 40%.
The HDP6600 also features HID Global's iON technology, allowing the unit to reach optimal operating temperature in under 60 seconds, expediting the retransfer printing and lamination processes. Due to the built-in intelligent temperature control, it has been GreenCircle certified as significantly reducing energy consumption over comparable card printing and lamination systems.
Designed to meet the needs of cost- and efficiency-conscious organizations, the HDP6600 produces cards at unprecedented speeds - and leveraging HID Global's innovative wasteless lamination technology, the HDP6600 can help cut your high-volume lamination materials cost by up to 40%.
The HDP6600 also features HID Global's iON technology, allowing the unit to reach optimal operating temperature in under 60 seconds, expediting the retransfer printing and lamination processes. Due to the built-in intelligent temperature control, it has been GreenCircle certified as significantly reducing energy consumption over comparable card printing and lamination systems.