Card Readers, Card Dispensers & Kiosk Hardware Solutions

MTK-R31 is a revised hybrid motor card reader/writer that can support ISO standard magnetic stripe card reading and RFID&IC card Reading/Writing. It supports card feeding in/out from both front and rear side.  Special bezel design can effectively prevent jamming and dust intrusion. Features: Hybrid functions for magnetic reading and RFID/IC Reading/Writing; Card Feeding in/out from front and […] Read more

MTK-R50 is the motorized card reader and encoder that works for magnetic, IC and RFID cards.  For magnetic, it supports both hi-co and lo-co options. The machine is designed smartly for abnormal card rejection and anti-skimming. Multiple shutter and communication options are available.  And E-shutter are specially designed for anti-skimming and anti-fishing. Specifications: Card Type: All In […] Read more

MTK-603 reader/writer is a high speed RFID card reading module that conforms to Mifare &Light Standard. It’s the low cost RFID reading/writing solution for a wide variety of hobbyist and commercial applications, including access control, automatic identification, robotics, navigation, inventory tracking, payment systems, and car immobilization. Features:  High speed RFID reading/writing, high reliability and low power […] Read more

MTK-R13 is a Half Insert Magnetic Stripe Reader designed to be embedded in kiosks and gaming machines. . It functions reading single, dual or triple ISO magnetic tracks. Unlike common Magnetic Readers, MTK-R13 decodes data when inserting or dragging card out of reader. The insertion design make it possible to be dipped into gaming machines […] Read more

MTK-T1S is compact magnetic swipe card reader.  It reads 3 tracks of data with a single swipe in either direction and conforms to industry ISO7811/7812 specifications.  It’s easy to be integrated into kiosks, security systems and vending devices etc.  Features: Compact Design and Easy Integration with existing systems; Bi-directional reading of up to 3 tracks of magnetic data; […] Read more