Identity, Security, Payments, Biometrics, Smart Cards and Authentication News

DuPont Microcircuit Materials foresees boost in the adoption of screenprinting technology for manufacturing RFID antennas

Monday, November 8, 2004

Screenprinting is an ideal process for high volume production of low cost RFID transponders. But even in the EPC (Electronic Product Code) era, only a few players of the RFID industry have taken the big step towards additive manufacturing technology. According to DuPont Microcircuit Materials and to a number of leading players in the RFID industry, the situation is likely to change in the near future. Sales projections for DuPont screen-printable conductive inks look particularly good today.


“Screenprinting is an easy to manage, one step process that has been successfully applied to the production of high volume, low cost RFID transponders,” comments François Chirol, Regional Segment Manager Europe, DuPont Microcircuit Materials. “Using conductive inks for the production of RF antennae and for the assembly of electronic units is likely to become the preferred manufacturing method for UHF tags. Those manufacturers that want to benefit from the growing market opportunity offered by the RFID revolution in retail and supply chain management could soon find it necessary, for a number of reasons, to abandon the use of currently popular subtractive technologies, such as Copper etching.

“Today, most manufacturers of RFID transponders are still using more costly and difficult to manage manufacturing technologies, even when trying to achieve lower costs per unit in order to the meet emerging market requirements,” continues François Chirol. “The reason for this is simply that people have already made significant investments in that direction. I am convinced that any new player entering the RFID Transponder manufacturing arena and starting from scratch with his investments in capital equipment will go for the screenprinting option. There is no good reason to choose Copper etching when you are looking for a manufacturing solution that offers high stability, performance and the possibility of offering the product to clients at the lowest possible price.” [end] 

AeroScout was recently selected to implement and integrate its Wi-Fi RFID-enabled Work-in-Process (WIP) Visibility solution for a Continental Tire factory in France.

Traditionally, manually locating the large carriers used for material transport was challenging and inefficient, resulting in wasted time and materials. With the AeroScout solution, Continental Tire employees can check where a carrier is located in real-time from a Wi-Fi enabled computer.

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TAGSYS has introduced its total management system for the textile rental services market, an end-to-end system to enable laundries and their customers to reduce linen abuse, regulate hoarding and accelerate their time for return on investment.

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Bibliotheca announced it is working with the Ottawa Public Library (OPL), and will soon begin converting its entire collection of 2.3 million items from bar code to RFID, spanning across 33 branches and two bookmobiles.

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The Argonne National Laboratory in Illinois has equipped itself with an RFID-based surveillance tag system utilizing wireless sensing technology provided by Evigia Systems.

The integrated system consists of Evigia’s EV3 platform and will be used to track the physical locations and monitor the status to help ensure the safety and security of nuclear materials during processing, storage and transport.

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The Buffalo & Erie County Public Library, New York has started using a self-checkout system that makes use of RFID technology, according to a local news report. In the past, if patrons wanted to check out a book or CD, they had to wait for a librarian to do it for them.

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MasterCard Advisors announced the results of the MasterCard Advisors PayPass Adoption Study, providing a quantitative analysis of the changes in U.S. account transaction behavior after adopting a contactless payments solution.

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