Digital Persona URU4500 Fingerprint Reader

The URU 4500 Fingerprint Reader is a USB peripheral perfect for individual desk top users, as well as multiple users in shared environments. Its compact design conserves desk space in enterprises, and its professional, modern appearance looks elegant in point-of-sale environments. The U.are.U 4500 Reader utilizes optical fingerprint scanning technology to achieve excellent image quality, a large capture area and superior reliability. A silicone coating allows it to read a wide range of fingerprints accurately and rapidly regardless of placement angle. The high-quality metal casing resists unintentional movement.

To use, simply place a finger on the reader window and the reader quickly and automatically captures and encrypts the fingerprint image before sending it to the DigitalPersona® FingerJet™ biometric engine for verification. For superior user feedback, a red “flash” indicates that a fingerprint image has been captured.The U.are.U 4500 Fingerprint Reader is designed for use with DigitalPersona’s full range of software including our authentication solutions, DigitalPersona® Pro Enterprise and DigitalPersona® Online, as well as our U.are.U Software Development Kits (except for the U.are.U® SDK for Android). Whether you are an enterprise customer or a system integrator, DigitalPersona’s biometric identity verification solutions provide a natural extension to your security system and applications.

Features :

• Excellent image quality. High-quality optics ensure best image every time
• Blue LED. Soft, cool blue glow fits into any environment and doesn't compete in low light environments, such as restaurants. Also the blue light does not conflict with alarm condition colors in environments like healthcare
• Works well with dry, moist, or rough fingerprints. Reliable performance over the widest population of users. Reads even the most difficult fingerprints
• USB interface
• Rugged construction. Weighted metal casing and special undercoating prevents unintentional movement on slippery surfaces