MORX-BioTime MR110

The MORX BIOTIME MR110 is a biometric fingerprint-based time attendance and access control terminal designed primarily for small and medium businesses. It uses fingerprint recognition—with optional proximity card support—to accurately record attendance and manage controlled access. It features a color display for easy interaction and supports network connectivity for seamless data transfer to a central system. The device also includes internal battery backup to maintain operation during power outages.

Key Features

 • Fingerprint authentication for time attendance & access control with up to 2,000 user fingerprints capacity.

 • Supports proximity cards (up to ~2,000) for multi-mode authentication.

 • Large 2.8″ TFT color display that shows verification results and user info.

 • Built-in battery backup ensures operation during power interruptions.

 • TCP/IP and USB-host connectivity for fast data transfer to PC.

 • Stores up to 200,000 attendance/access log records.

 • Interfaces with electric locks and exit buttons for secure access control.

 • Optional SSR (Self-Service Report) and standard functions like work code and T9 input.

Applications 

 • Tracks employee attendance and work hours in offices, factories, retail outlets, and warehouses.

 • Access control for restricted areas such as server rooms, labs, storage facilities.

 • Used in schools and institutions for staff and student attendance logging.

 • Supports small business workforce management and security compliance.

Summary

The MORX BIOTIME MR110 is an affordable and reliable biometric terminal ideal for time attendance tracking and access control in small to medium-sized environments. With its fingerprint and card authentication, robust record capacity, color display, network connectivity, and battery backup, it offers a practical solution for accurate workforce management and controlled access. Its ease of integration with software tools and peripherals (locks, exit buttons) makes it suitable for a broad range of business and institutional settings.