NSCAN-T IP54 USB Type Four Fingerprint Enrollment Device

NSCAN-T IP54 USB Type Four Fingerprint Enrollment Device

NSCAN-T IP54 USB Type Four Fingerprint Enrollment Device stands as a cutting-edge solution in the realm of biometric technology. Engineered to meet the demands of modern security and identification processes, this device combines precision, versatility, and robust design to offer an exceptional fingerprint enrollment experience. With a remarkable resolution of 500dpi, the NSCAN-T ensures accurate and intricate fingerprint capturing, crucial for reliable identity verification. Its platen size of 156 x 145 mm provides ample space for comfortable fingerprint placement, while the image size of 120 x 130 (130 x 130) mm accommodates a wide range of finger sizes. This adaptability is further enhanced by its rolling mode capturing speed of 14 frames per second, enabling swift and seamless fingerprint capturing. The device complies with rigorous image quality standards, including the FBI IQS Appendix-F and VCCI, assuring exceptional image fidelity and clarity. Its operating temperature range of 0 to 40℃ guarantees optimal functionality in various environments, while the IP54 ingress protection rating shields the device against dust and water, ensuring durability and consistent performance. The NSCAN-T is designed to be versatile and user-friendly, compatible with Windows, Android, and Linux operating systems. This cross-platform compatibility ensures its integration into a wide array of applications, from access control to attendance management systems. Beyond its technical prowess, the NSCAN-T emphasizes user convenience. With dimensions of 315 x 144.5 x 313.2 mm and a weight of 8.2 kg (without the heater), it strikes a balance between a compact footprint and stability. The inclusion of certifications such as EAC, CE, FCC, and KC attests to its adherence to international quality and safety standards. One of its notable features is the optional heater, ensuring optimal performance even in colder environments. This feature underscores the device's adaptability across various settings, extending its utility to scenarios where temperature control is essential.