Palm vein diagrams offer greater uniqueness when compared to other biometric features, providing higher levels of security. The large scanning area means that the system’s sensor can recognize palm vein images whether the hands scanned are dirty, wet, or scarred. It supports identification of up to 300K users in palm + card or palm + pin modes.

The BioSmart PV-WM reader is designed for user identification by unique biometric structural features of human palm subcutaneous veins and RFID cards. It connects to BioSmart UniPass controller via USB interface Operation of the BioSmart PV-WM reader. The BioSmart PV-WM reader is designed for a wall mount installation.

The BioSmart PV-WM reader is designed for user identification by unique biometric structural features of human palm subcutaneous veins RFID cards. It connects to BioSmart UniPass controller via USB interface Operation of the BioSmart PV-WM reader. The BioSmart PV-WM reader is designed for a turnstile installation.

BioSmart UniPass controller is designed for operation within BioSmart access control network system. It arranges access control by unique biometric structural features of human palm subcutaneous veins via BioSmart PV-WM and BioSmart PV-TS readers. Any relay could be connected to controller outputs, including locks and a turnstile.

It is designed to scan palm veins and enter a digital model into the BioSmart ACS database. Connection and data transmission is realized via USB interface.

Relay module is designed for handling relays (locks, turnstile). It provides operation with external transducers (door state sensor, exit button) and with signals of security and fire alarms.It could be connected to BioSmart 4-O, BioSmart 4-E,BioSmart WTC2 terminal and BioSmart PV-WTC terminal.