Identiko Advanced Identification and Automation Systems

Standalone

BioAccess offers the fastest fingerprint identification and verification speed in the industry and features intelligent fingerprint recognition technology for the first time. It automatically learn and adapts to the changes in the fingerprints, leading to lowest False rejections in the industry. This system come with Fast TCP/IP network communication as well as popular USB Flash Disk function to download/upload users and attendance logs. It can be used in offices as well as at factories, construction sites and service industry. BioEnable also plan to launch more advanced versions of BioAccess in near future.


Key Features

• Fingerprint Intelligence –the most intelligent fingerprint recognition system. It can automatically update the registered fingerprint template based on the changing patterns of the skin and behavior of finger placement. This unique feature ensures that administrator is not required to frequently re-register users and false rejection is minimal.
• Fastest Fingerprint Scanning & Matching – it comes with the fastest fingerprint scanning & matching. 50% more people can give attendance within same time leading to time saving and less queuing. It also offer lowest finger rejection compared to competing products.
• Rugged & Scratchproof Fingerprint scanner – it comes with rugged and scratchproof fingerprint scanner with long life. Some competing products in the market require you to change the scanner surface every few months.
• TCP/IP & USB Disk functions – it comes with TCP/IP LAN Ethernet connectivity as well as USB Disk function allowing you to upload/download logs and users onsite using USB flash disk.
• Warranty & Service – 12 months warranty and long term service and support commitment.
• Integrated Human Voice – it has integrated voice chip, with easy to understand human voice instructions and rings.

360 Degree Finger placement – The fingerprint technology allows finger placement in any direction leading to low False rejection due to wrong placement.