Xperix BioMini Slim 3 Authentication Scanner

The BioMini Slim 3 is a solid and versatile biometric finger scanner designed to meet the highest standards of fingerprint scanning technology, making it an excellent choice for a wide range of security and identification applications. Certified with FAP30 compliance, this biometric finger scanner features a 15mm ultra-slim optical sensor enhanced with proprietary Multi-dynamic Range (MDR) technology. It is compliant with FBI PIV/Mobile ID FAP30 standards and supports Android devices, making it versatile and highly functional for various applications. The BioMini Slim 3 offers developers greater physical flexibility thanks to its reduced form factor and durable optical sensor, ensuring reliable performance over time. The device also integrates advanced Live Finger Detection (LFD) technology using machine learning methods based on AI, making it capable of distinguishing real fingerprints from fake ones.

Product Benefits

  • Plug-n-Play Support by HID Protocol: The BioMini Slim 3 enables immediate finger scanning through the HID protocol, eliminating the need for additional setup or installation.
  • Standalone Operation: Equipped with a 1.0 GHz CPU, this finger scan device supports standalone operations, making it highly efficient for fingerprint scanning and matching.
  • Enhanced Security: Designed with top-tier security, the device features on-device encryption of fingerprint templates and supports protocols like Wi-Fi WPA2 and HTTPS.
  • MDR Technology Enabled: The fingerprint reading technology in the BioMini Slim 3 can function efficiently under 100,000 lux of direct sunlight, showcasing its advanced capabilities.
  • FBI PIV and Mobile ID FAP30 Certified: This device meets FBI PIV and FBI Mobile ID FAP30 standards with an image compression standard of WSQ, ensuring high-quality fingerprint images.
  • IP65 Rated for Durability: The BioMini Slim 3 is built with a rugged optical sensor that protects against dust, moisture, and liquids, ensuring long-lasting durability.