Fingerprint chip technology built on glass substrates is finding growing adoption in a new healthcare application: digital newborn footprint capture.

Chipsailing has spent years advancing glass-based fingerprint recognition technology. Its products, known for high security, exceptional recognition accuracy, and robust performance across varying environments, are widely deployed in government, law enforcement, and financial services—sectors with the most demanding identity verification requirements. The technology has become a core hardware component in identity authentication workflows worldwide.

Building on this proven foundation, Chipsailing has extended its mature glass-based fingerprint technology into the newborn footprint capture scenario with the FAP60-CS466 multi-finger fingerprint scanner. Featuring 500 DPI ultra-high-resolution imaging, the device maintains a stable recognition rate above 95% even when faced with the extremely shallow and fine ridges of a newborn's foot, as well as complex conditions such as amniotic fluid and vernix caseosa. The entire capture process involves no chemical ink contact, ensuring safety and zero irritation. It also supports binding the infant's footprint with parental fingerprints, generating a linked family identity electronic record in one step—permanently stored and retrievable at any time.

The FAP60-CS466 is currently deployed in delivery rooms, neonatal departments, and vaccination clinics across numerous hospitals worldwide, earning strong industry recognition as a benchmark product in digital newborn identity capture.

From government service counters to hospital delivery rooms, Chipsailing's fingerprint technology is safeguarding every identity and every trust relationship, worldwide.