In sectors such as government services, finance, and security—where efficient and accurate identity verification is essential—traditional fingerprint and palmprint capture devices typically require operators to press or scroll each finger individually. This sequential capture process is cumbersome and time-consuming, and has become a major bottleneck hindering efficiency, particularly in scenarios involving large-scale data entry. Faced with growing demands for high concurrency and efficiency, the industry is in urgent need of a truly groundbreaking innovation in capture technology.

That innovation has now arrived! The FAP60 Finger and Palmprint Scanner launched by Xingqihang features a core breakthrough: the industry-leading “multi-finger simultaneous capture” technology. It completely overturns traditional sequential capture logic, innovatively enabling the simultaneous capture of four fingers (left and right), both thumbs, and even palm prints. This means that complex operations that previously required multiple steps and took several seconds—or even longer—can now be completed in a mere 0.25 seconds for four-finger capture, while single-finger capture takes just 0.125 seconds. This technology is more than just a simple speed boost; it utilizes proprietary glass-based technology to achieve compact, high-precision imaging, instantly capturing high-definition images of multiple fingers simultaneously. While ensuring forensic-grade image quality and anti-counterfeiting requirements are met, it elevates overall process efficiency by several orders of magnitude.

The “multi-finger simultaneous capture” technology represented by the FAP60 is by no means an incremental improvement, but rather a paradigm shift in traditional workflows. It transforms what was once a cumbersome “task” into an instantaneous “action,” significantly reducing operational complexity and user wait times, and directly empowering high-throughput applications. This breakthrough technology is setting a new efficiency benchmark for the industry, propelling high-precision biometric capture into an unprecedented “era of speed.”