Futronic's FS80 USB2.0 Fingerprint Scanner

Futronic's FS80 USB2.0 Fingerprint Scanner uses advanced CMOS sensor technology and precise optical system to deliver high quality fingerprint image. It can capture an Un-distorted raw fingerprint image into PC in 100ms and is good for any fingerprint recognition application.

The finger scanning window is a crown glass with a thickness of 14mm. It is much more reliable and robust compared to any semiconductor type fingerprint sensor.

The finger is illuminated by 4 infra-red LEDs during scanning and the light intensity is automatically adjusted according to scanning fingerprint's characteristics (wet, dry, blurred, etc) to optimized the quality of the captured fingerprint image.

Special electronic circuit is built into FS80 to do Live Finger Detection(LFD). With appropriate software in PC, user can select this LFD feature so that only live finger's fingerprint will be scanned into PC. Fake fingers made from silicone rubber, play-doh, etc. will be rejected. And the LFD feature is included in all Futronic's standard software.

Specification

Fingerprint scanning window size is 16x24mm

Image resolution is 480x320 pixel, 500 DPI

Raw fingerprint image file size is 150K byte

With Live Finger Detection (LFD) feature

USB 2.0 compatible interface, plug and play device

With a 2M standard USB cable

Small size, 45 x 63 x 26 mm

Light weight, 120 gram

Operation temperature: -10 to +55 Degree Celsius

Electrical characteristics

Light source: Infrared LED

Supply voltage: DC 4.5-5.5V via USB port

Power consumption:

active <550mW(during scanning)
standby <400mW(when scanner is connected PC but no scanning)
sleep mode <15mW(activated by standard USB bus event only)

ESD contact - 8KV

Air discharge - 16KV no permanent damage

Fingerprint Scanner,Fingerprint Product

Fingerprint Scanner Product

Fingerprint scanner

In very early days, our ancestors intuitively understand that certain characteristics could serve for purpose of identification. In a very developed technology today, the human systemic are still can be used as a identification. Now we can use a fingerprint scanner to get an person’s identification, isn’t that a miracle? Biometric is a modern technique in solve to very old concerns with indisputable proof of identity base on a fingerprint.

Fingerprint module

Security devices’ role in the industry

Among all the biometrical technology, fingerprint-based identification is the most widely used in security applications; simply, everyone has their unique, immutable fingerprints. Commercially, fingerprint matching is one of the most efficient to authenticate an authorize entry, access to confidential data. Fingerprint matching techniques falls into two categories: minutiae-based and correlation based. Minutiae-based techniques find the minutiae points and then mapping them on the finger. The shortcoming of this method is difficult to extract the minutiae points accurately if the fingerprint is of low quality. Whereas, correlation-based techniques need the precise location of a designated point and a image translation. There are difficulties in either method; therefore, developing fingerprint modules for different security devices is very crucial in the industry.