Product brochures / specifications
The document contains product specifications and product color pages of various models
App / applet
Welcome to download and try
Q&A
Answer questions during use
- Q : What types of documents can a Sinosecu passport reader recognize?
- A : Supports passports from 200+ countries and 80+ document types including ID cards, driver's licenses, visas, and residence permits. ICAO-compliant with multilingual OCR. Custom document support available. Full text
- Q : What operating systems and platforms does the device support?
- A : Compatible with Windows, Linux, HarmonyOS NEXT, Android, iOS, macOS, and localized platforms such as Kylin OS and UnionTech UOS. Support may vary by model. Full text
- Q : What data can be extracted from a passport or ID document?
- A : Extracts data from MRZ, VIZ, barcode, and RFID chip. Common fields include name, nationality, document number, date of birth, expiry date, and facial image. Full text
- Q : What scenarios can a Sinosecu passport reader be used in?
- A : Used in airports, border control, hotels, bank KYC, railway stations, government services, and self-service kiosks requiring fast, accurate identity verification. Full text
- Q : Does the passport reader support barcode and QR code scanning?
- A : Yes. Supports barcode and QR code scanning for passport reading, boarding passes, and mobile verification in one device. Selected models prevent accidental NFC triggering. Full text
- Q : Do you provide sample devices for testing?
- A : Yes. Sample devices are available for evaluation with technical support provided throughout the testing period to ensure smooth integration. Full text
- Q : Can the passport reader work without a PC?
- A : Yes. Selected models support PC-free operation with onboard processing, ideal for self-service kiosks, mobile stations, and space-limited deployments. Full text
- Q : How does a Sinosecu passport reader verify document authenticity?
- A : Verifies documents through UV, infrared, micro-text, and RFID chip checks. Compares printed data with chip data to detect inconsistencies. Full text
