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₨ 33,000Zkteco F22 WIFI Access Control and Attendance Device
₨ 33,000F22 is an ultra-thin fingerprint time attendance and access control terminal with BioID sensor and Wi-Fi, which offers unparalleled performance with advanced algorithm for reliability, precision and excellent matching speed. F22 features the fastest commercial-based fingerprint matching algorithm and ZKTeco high-performance, high-image quality infrared detection fingerprint sensor.
F22 provides a superior touching experience with touch keypad, and offers flexibility for standalone installation or with any third-party access control panel that supports standard wiegand signal. TCP/IP, RS485 and Wi-Fi are also available that the device can be used in different networks.
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Hot₨ 0Zkteco F6 Fingerprint Standalone Access Control and RS485 FP Reader
₨ 0- Supports SD Card
- RS485 communication
- Wiegand Output
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Hot₨ 0Zkteco F702 Attendance Machine
₨ 0TCP/IP, Serial and Wiegand InterfacesSupport 50 time zones, 5 groups and 10 unlock combinations -
Hot₨ 0Zkteco F8-T Attendance and Access Control Terminal
₨ 0F8-T is a Time & Attendance and Access Control terminal, characterized for its great flexibility and modern design with touch sensitive keypad.
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Hot₨ 0Zkteco Fingerprint Standalone SF101
₨ 0- Elegant fingerprint sensor
- The cover protect the fingerprint sensor from dust and water
- Simple and convenient operation method with full audio prompt
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Hot₨ 36,000Zkteco FV18(New) Multi-Biometric Finger Vein and Fingerprint Standalone Time Attendance & Access Control Terminal
₨ 36,000• Multi-Biometric reader with finger vein and fingerprint authentication;
• Unsurpassed performance with highly accurate finger vein recognition technology;
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Hot₨ 0Zkteco FV350 Finger Vein and Fingerprint Biometric Machine
₨ 0FV350 is a multi-biometric reader capable of capturing and processing finger vein and fingerprint biometric data at the same time. Ergonomic, intuitive and highly secured, FV350 leads us to a new era of enhancing security with biometrics. Its infra-red rays illuminates the vein pattern which is then converted into a biometric template. Both the vein and fingerprint templates are then stored in the database for subsequent matching.
