BioID Technologies’ BioPalm is the compact and lightest livescan system and fully complaint with FBI’S IAFIS Appendix F specification in the industry for forensic analysis, kiosk integration and suspect enrollment. The BioPalm device employs the most advanced optical technology and dedicated special light source that enable users to obtain the highest quality images including flats, rolls, slaps, palm and writer’s prints. The BioPalm is absolutely your logical choice for government and law enforcement agencies handling criminal bookings, forensic applications and background check submissions, etc.
€2,700.00
MultiScan527 from Thales is an optical palm print and fingerprint reader. The scanner is able to acquire half-palm images (upper and lower), four-finger slaps, dual thumbs, as well as single rolled and flat fingerprints. The device is certified by the FBI as compliant with FBI IAFIS IQS CJIS-RS-0010 (V7) Appendix F and is also compliant with Appendix P requirements. The manufacturer specifies, that the MultiScan527 can be optionally equipped with additional accessories like smart card / NFC reader, foot pedal etc. Also, an OEM scanner module is available for embedding into custom solutions.
€5,500.00
Fingerprint readers
Fingerprints are one of the oldest biometric identifiers. They have a set of characteristics, singular points and minutiae, that are unique to each individual and difficult to alter, making them reliable means of identification. Although fingerprint scanners are most commonly associated with law enforcement applications, their popularity has immensely grown since the beginning of the smartphone industry. Therefore, they became widely accessible in security industries, workplaces, and mobile devices for individual identification and access control. There are four types of fingerprint scanners:- Optical scanners - the oldest fingerprint identification method capturing the fingerprint as a picture and then using algorithms to extract its characteristics.
- Capacitive or CMOS scanners - as the name suggests, they are using arrays of tiny capacitor circuits to collect data, connect them to conductive plates and track the characteristics of a fingerprint.
- Ultrasonic scanners - the newest method of capturing the fingerprint by analyzing ultrasonic pulse reflected from the fingerprint’s characteristics, such as ridges and pores.
- Thermal scanners - work by sensing the temperature differences between the contact surface and fingerprint characteristics.
