Product Description:

The Public Security Firearms Fingerprint Information Management System is the latest-generation firearms management system—also known as an intelligent firearm cabinet—developed by leveraging the uniqueness and exclusivity of human fingerprints. Its defining feature is the use of fingerprint recognition as the primary identity-authentication method, with seamless and comprehensive integration between the intelligent fingerprint-enabled firearm and ammunition cabinet and the intelligent fingerprint network management software. This integration enables automated online fingerprint-based management of firearms and ammunition, consolidating functions such as issuance, collection, and safekeeping into a single platform. The system further supports remote application submission, approval processing, record retrieval, and real-time monitoring, making it a fully integrated, smart fingerprint-authenticated firearms management solution.
This system seamlessly integrates a firearm fingerprint information management system with a fingerprint-enabled firearm storage cabinet, creating an integrated, IT-based firearm management solution that incorporates fingerprint recognition technology, network communication technology, database technology, USB communication technology, and more.

Fingerprint authentication: secure and reliable
This The system employs linear live-fingerprint acquisition technology, which does not generate fingerprint images on the sensor surface, thereby preventing fingerprint theft. It can reliably identify live fingerprints, effectively guarding against unauthorized use of stolen fingerprints for criminal activities. Moreover, the system exhibits strong adaptability, automatically accommodating variations such as moisture, water exposure, dryness, low temperatures, dirt, minor scratches and wear, as well as the unique characteristics of elderly and children’s fingers—without being adversely affected by these factors—thus supporting a wide operating temperature range. , and is unaffected by air humidity and pollution.
LCD touch screen for convenient operation.
This system enables users to perform all functions via a large touchscreen display. The operation process is simple and intuitive; in addition to text prompts on the screen, voice prompts are also provided, allowing users to complete each step of the procedure as directed.
Remote networking, remote approval
The smart locker is networked with the host system via Ethernet, and access to the key cabinet requires remote approval and authorization from the superior authority; unauthorized access is strictly prohibited, significantly enhancing locker management. Additionally, the smart locker automatically uploads all operation logs, enabling thorough traceability and further bolstering security.
    Report printing, clear at a glance.
Information on firearm/key collection, return, and shift handover can all be queried and printed.
    Anti-theft and anti-riot; call the police.  
The smart locker is equipped with an anti-tampering device. When unauthorized tampering occurs, the system automatically triggers an alarm sound, dials the pre-programmed emergency contact number for remote notification, and simultaneously plays an alarm tone in the management software to alert the administrator.
    Dual backup for emergency door access
This system is equipped with an uninterruptible power supply (UPS), enabling intelligent cabinet operation even in the absence of mains power. In addition, a fully independent mechanical-key emergency unlocking system is installed; when fingerprint authentication fails, the cabinet can be opened using two mechanical keys.
    System settings: scientific and rational
The software includes functions for hardware management, firearm/key management, and shift handover management. Administrators can add, delete, and modify users, firearms, and keys as needed. During shift handovers, the system displays the inventory status of each handover personnel’s assigned items as well as their detailed information; after verification, the incoming personnel complete the handover by undergoing fingerprint-based identity authentication.