Description
Add dual-sided lamination to your HDP6600 printer! Similar to the One Patch Material Lamination Module, the Two Patch Material Lamination Module uses a roll of patch material that is applied to the surface of the card after it has been printed. However, instead of applying a single patch material to the card, the module applies two separate patches of material, one on each side of the card. This provides an additional layer of protection that can help prevent counterfeiting, tampering, and fading due to exposure to UV light.
The patch material used in the Two Patch Material Lamination Module can be either clear or holographic, and is available in a range of thicknesses and finishes. The module can also be configured to apply the patch material to specific areas of the card, such as the photo or text fields.
Overall, the Fargo HDP6600 Two Patch Material Lamination Module is a powerful tool for enhancing the security and durability of ID cards. By adding two layers of protection, it can help ensure that ID cards are long-lasting, tamper-resistant, and resistant to counterfeiting. It is ideal for organizations that require the highest level of security and protection for their ID cards, such as government agencies, financial institutions, and healthcare facilities.
Specifications
Lamination Method: Two Patch Material Lamination
Lamination Types: Clear or holographic laminates
Print Resolution: 300 dpi (dots per inch)
Lamination Resolution: 300 dpi
Lamination Speed: 16 seconds per card (full-color single-sided with laminate)
Input Hopper Capacity: Up to 200 cards (0.030 in / 0.762 mm)
Output Hopper Capacity: Up to 100 cards (0.030 in / 0.762 mm)
Laminate Roll Capacity: Up to 500 prints per roll
Laminate Roll Types: PolyGuard or holographic overlaminates in various thicknesses (0.5 mil, 1.0 mil, 1.6 mil)
Supported Card Types: PVC, Composite PVC, PET, ABS and Polycarbonate cards
Module Dimensions: 9.8" x 13.4" x 13.2" (24.9 x 34 x 33.5 cm)
Module Weight: 26 lbs (11.8 kg)
Communication Interface: USB and Ethernet connectivity
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