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Making top-quality devices and machines is one thing. Developing technologies is another. And that is exactly what has always driven us: the continuous search for new and optimum solutions to suit the requirements of our customers. So it is no surprise that our team in Aftholderberg is always coming up with innovations that set standards:
1985 The world's first magnetic strip analyser 1985 The world's first HICO encoder 1987 The first 3-track coding station for personalising stations 1991 Rinas HSR - the first high-speed magnetic card reader (6,000 cards per hour) 1994 Rinas TCS - the first airline ticket coding system (100,000 tickets an hour with 4 tracks; today more than 200,000 tickets an hour with 6 tracks) 2001 Rinas PCS - this was the first paper ticket coding machine which made it possible to encode and read 10,000 cards an hour on one track 2005 Rinas HWR - this new high-speed encoder makes it possible to encode and read HICO and LOCO cards in ONE device without any mechanical exchange of encoding heads having to take place throughput of up to 18,000 cards an hour 2007 Rinas SWR - The Rinas SWR encoder, designed for round-the-clock deployment in card personalization stations, achieves a continuous throughput of up to 3,000 standard credit-card sized (paper and plastic) magnetic cards, in both HICO and LOCO, per hour. However, it is the quality of its encoding and its operational lifetime that set this unit apart. R80 - RFID tag encoder comprising a card stacker/separator, different RFID antennas for the encoding, good/bad sorting and processed card collection bin 2008 Rinas TCS - a 5 track HICO encoding unit for continuous feed paper tickets enclosed within a dedicated printing machine for Metro ticketing systems 2009 Business partnership set up with Barnes International Ltd. for the distribution and support of advanced magnetic card analyzers within the German, Austrian and Swiss territories 2010 Rinas LWR - A compact universal encoder for RFID, magnetic stripe and SmartCard applications achieving a throughput of up to 2,400 standard credit-card sized (paper and plastic, HICO and LOCO) cards per hour. Designed for continuous operation, it can be integrated within existing production environments where flexibility and encoding accuracy are decisive factors. Easy access for component exchange follows a "Think Green" code of conduct that reduces downtimes caused by device removal in the event of a malfunction, economizes on spare-parts stock, and puts a stop to "use once and dispose" mentality Rinas ISS - an Inline Supervisory System for magnetic card personalization processes that can check for amplitude and jitter discrepancies at full speed in a production environment. Current random sampling methods applied to finalized cards rely on an external analyzer to perform this task – any discrepancy can be a costly and a time consuming business. With the Rinas inline analyzer, this type of checking is performed for each card during manufacture, and with limits being set by the customer, any card failing the test can be identified and processed accordingly |
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