Integrated Biometrics Curve fingerprint reader is based on a proprietary LES Film imaging technology.
The LES (Light Emitting Sensor) technology is based on multi-layer fingerprint scanning. Sensor’s external layers read a finger. A luminescent layer then produces a preliminary fingerprint image that is scanned by an optical sensor. The resulting image has high quality even when dirty, dry or rough fingers are scanned.
The manufacturer claims that fingerprint sensor’s curved surface results in low ridge distortion which means higher quality fingerprint images. The LES technology allows to reject spoof and latent fingerprints, as well as ignores grease and other contamination on the sensor’s surface. The sensor has durable surface which withstands large number of touches.
The Curve fingerprint reader is specified to have low power consumption, auto-on control and multi-color LEDs to provide feedback for users.
EikonTouch 710 from DigitalPersona is a PIV (FIPS 201) certified fingerprint reader, based on TCS1C capacitive sensor.
The manufacturer specifies that the device has SteelCoat coating, which can withstand more than 2 million touches. Also specified the rugged IP63-rated casing, meaning that the device is sealed from contact with dust and withstands spraying water.
SecuGen Hamster IV is an FBI FIPS 201 / PIV compliant optical fingerprint scanner with USB 2.0 connection. The scanner is based on a rugged and advanced optical sensor using patented SEIR fingerprint biometric technology.
SecuGen iD-USB SC/PIV is based on the same fingerprint sensor. It features fingerprint scanner and smart card reader in one device.
Futronic FS81 is an OEM module version of FS80 fingerprint scanner. The module includes a CMOS sensor with precise optical system for fingerprint capture. The optical system allows to capture fingerprint images without any distortions.
Problematic fingerprints (wet, dry or blurred) can be reliably scanned with the module as it uses infra-red LEDs for finger illumination. Image quality optimization is obtained by automatical adjustment of illumination intensity for each finger.
FS81 module has rugged sensor with a crown glass scanning window (14 mm thickness).