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ID7200 LaserCard personalisation system |
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 Desktop Card Issuing System for optical memory cards
ID 7200 Integrated Desktop System
The process of issuing individual ID cards requires two distinct stages. The first is the collection of the relevant personal data and combining that with the individual’s biometric data, which must first be captured. Once this is achieved, all the information must be encoded securely to the card’s optical memory and, when necessary, written to the embedded chip. The same card must then be printed with the holder’s personal information and photograph.
All this sounds straightforward in theory. But with conventional card printers, each card must first be encoded, then manually moved to another machine for printing and laminating. As a result, human error could lead to cards being printed with one holder’s information but encoded with data belonging to someone else.
In response to this, the new ID 7200 system is based on a fully controllable automatic card handling module between a printer and optical memory card encoder with built-in sensors for monitoring the progress of each card, giving the operator full control of the entire process.
It is the most advanced in-line desktop systems currently available, enabling secure data capture, chip and optical memory media encoding and printing of the card, to be handled in a single, continuous and secure process. It´s designed to provide maximum security, optimal print quality and lowest possible running costs.
The ID 7200 system offers a leading-edge solution for cards designed with complex security print features which require full edge-to edge printing. Because the images are first trans-ferred to a foil and then to the card, the system is also ideal for cards with uneven surfaces. The ID 7200L includes a lamination module and works for cards with laminated PVC print surfaces as well as polycarbonate surfaces prepared for Re-Transfer printing, with a through-put of up to 60 cards per hour. Any card which is not validated by the integrated quality assurance process is automatically ejected to a secure, locked container.
The unique Re-Transfer technology enables both sides of the card to be printed, edge to edge, with photographic quality. The system can process any form of LaserCard optical memory card, including any OpticalSmart Card with an embedded chip. The sturdy construction of the printer, and its fool-proof ribbon cartridge exchange process, results in reliable and cost-effective production combined with maximum ease of use.
Technial Specifications
Optical Card Encoder
Read Speed: 8.9 KB/sec throughput (bi-directional)
Write Speed: 4.2 KB/sec throughput
Access Time: 120 msec (overall width)
3 msec (track to track)
Corrected Error Rate: Less than 10-12
Software Interface: LaserCard File System DLL for
Windows XP/2000/NT/ME/98
Re-Transfer-Printer
Printing Method: True color dye sublimation Re-Transfer printing
Printing Speed: < 30 sec/card/side with YMCK
Resolution: 300 dpi (11,8 dots/mm)
Flipper: Built-in flip turn unit
Applicable card: ISO (85,7 mm x 54,0 mm)
Card thickness: 0,25 mm - 2 mm
Printing area: Edge to edge
Input hopper: 270 optical memory cards (t = 0.836 mm)
Output hopper: 90 optical memory cards (t = 0.836 mm)
Built-in memory: 8MB
Built-in options: Magstripe (HiCo/LoCo) and chip encoder
(ISO7810, 7811/12) module for internal installation
Encoding module for contactless IC
External option: Laminating station for clear or holographic laminate
Supplies / cartridges: Ink (YMCK) 1000 prints/roll,
Ink (YMCK/K) 750 cards (both sides)/roll
Re-transfer film 1000 prints/roll
Printer warranty: 12 months
Print head warranty: 12 months
Printer drivers: Win ME/2000/XP
For more information please contact:
LaserCard Corporation
Bahnstraße 29-31
40878 Ratingen, Germany
Tel +49 2102 929900
Fax +49 2102 963369
uludwig@lasercard.com
www.lasercard.com |
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