The ASQR models are RFID and QR code access readers designed for proximity cards or tags using EM or Mifare technology. These readers can be connected to controller boards (e.g., CTRL-InBio, CTRL-RFID) or other standalone readers.
Access terminal with fingerprint recognition via SilkID sensor and RFID card, allowing robust and secure management of both exterior and interior access.
Ultra-slim Wi-Fi access/attendance management terminal with a SilkID fingerprint sensor. This terminal features a design that adapts to any indoor application environment.
The most advanced access and/or time clock terminal for managing attendance and/or controlling access.
Features facial and fingerprint recognition with optional card support, enabling effective and reliable attendance management. It can also be used for access control.
Standalone access terminal with RFID EM or Mifare authentication provides secure access control in outdoor environments. With IP67 protection, it is dust- and water-resistant, making it ideal for outdoor applications. With a discreet design, it adapts to any installation.
High-speed biometric access control terminal with body temperature measurement, featuring facial recognition, palm vein scanning, and fingerprint identification.
With its rapid and accurate body temperature measurement from 30 to 50 cm, covering a temperature range of 34°C to 45°C, and individual identification capabilities even while wearing a mask during facial and palm scans, this terminal is an ideal solution to help reduce virus spread and prevent infections at access points in hospitals, factories, schools, commercial buildings, pharmacies, and other public areas.
Access control terminal with facial recognition and optional RFID card functionality.
This high-end reader can be installed outdoors and features an adjustable ultrasonic detection range of 50 cm to 150 cm, making it ideal for access control and/or attendance management in hospitals, factories, schools, commercial buildings, airports, event venues, and other public areas.