Palm Vein Recognition

Palm vein recognition uses near-infrared scanning of subcutaneous palm veins to recognize a pattern, unique to every person. Palm vein identification is a contactless technology that provides extremely high accuracy.

BioSmart PV-WM Reader BioSmart PV-WM Reader

The BioSmart PV-WM reader is designed for user identification by unique biometric structural features of human palm subcutaneous veins andR FID cards. It is connected to BioSmart UniPass controller by TCP/IP interface using POE standart. The BioSmart PV-WM reader is designed for wall mount installation.

BioSmart Unipass Controller BioSmart Unipass Controller

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 reader. Any relay could be connected to controller outputs, including locks and turnstile.

BioSmart PV-WTC Terminal BioSmart PV-WTC Terminal

The BioSmart PV-WTC terminal is designed for organization of access control and work lime tracking by unique biometric structural features of human palm subcutaneous veins and RFID cards. It can also control a lock or a turnstile (from one side only).

Palm Vein Enrollment DCR-PV Palm Vein Enrollment DCR-PV

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

Relay Module ZFLEX Relay Module ZFLEX

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.

DCR-PV Palm Vein Reader DCR-PV Palm Vein Reader

The DCR-PV PALM VEIN READER is designed to scan palm veins and enter a digital model of the scanned pattern into the BioSmart database. Connection and data transmission are achieved via a USB interface.