Card Readers, Card Dispensers & Kiosk Hardware Solutions

MTK-288B is a compact and higly reliable Half Insert Smart Card Reader. The model handles hybrid IC&RFID Reading/Writing with slim package and simple structure. The simpilfied and robust design allows wide applications in access control, public telephone, vending and gaming machines etc..  Features: Hybrid reading/writing of Contact and Contactless cards; Compact size and light weight allow easy installation in […] Read more

MTK-F37 is our latest Mini SIM Card dispenser with PC/SC compatible IC read/write modules. The machine works on 2FF SIM and is upward compatible with 3FF micro or 4FF nano SIM cards. The dispenser is designed for initialization and vending purpose of mobile companies. MTK-F37 dispenser is designed with good consideration of SIM Card particularities. […] Read more

MTK-F21 is an automatic Card recycling machine which can also serve as motorized Barcode card scanner or RFID Card reader/writer. The machine applies wear-resistant and corrosion resistant plastic in main body design, which greatly minimizes metal interference to RF signals and improves reading success rate. MTK-F21 is available in TTL or RS232 interface, which makes […] Read more

MTK-A6 Series motor Card reader is the compact hybrid motor card reader which supports Magnetic reading and IC/RFID Card reading&writing. MTK-A6 adopts wear-resistant and corrosion-resistant plastic for main body design, which provides high standard accurate control in manufacturing. Also, it minimizes Radio frequency interference and is more applicable for extreme conditions. MTK-A6 is a key part in […] Read more

MTK-F61 is the featured magnetic card dispenser designed for magnetic card dispensing and decoding. It’s also available for reading/writing of ISO 7816  contact IC and ISO 14443 RF cards with optional modules. Features: Combination of Card dispensing and collecting functions with compact profile; Optimized channel design for transporting of embossed and distorted cards; Simple Collection Bin […] Read more