
Newland FM3080 Reader
Fixed Mount Barcode Scanner
Ultra-Compact, Lightning-Fast Performance – Built for Demanding Environments
Overview
The Newland FM3080 reader is a compact, high-performance fixed mount barcode scanner designed to deliver exceptional scanning capabilities in even the most space-constrained environments. Whether integrated into kiosks, turnstiles, vending machines, or retail counters, the FM3080 combines speed, versatility, and durability to keep your operations running smoothly.
Key Features
Advanced Scanning Technology
Equipped with Newland’s 6th-generation UIMG technology, the FM3080 effortlessly reads 1D and 2D barcodes—even those that are poorly printed, wrinkled, or displayed on low-brightness smartphone screens.
Fast, Accurate Scanning
With a high-speed sensor and a quick decoding algorithm, the FM3080 offers instant recognition of barcodes, minimizing wait times and enhancing user experience in self-service or high-traffic environments.
Adjustable Illumination
The device features soft white LED lighting with automatic exposure control, making it comfortable for users while ensuring accurate scans across various lighting conditions.
Ultra-Compact Design
Measuring just 78mm x 67mm x 62mm, the FM3080 is small enough to integrate seamlessly into most systems without compromising performance.
Flexible Mounting & Connectivity
Supports both RS-232 and USB interfaces for easy integration with existing systems. Its bracket free design and multi angle mounting options make installation a breeze.
Durable & Reliable
Engineered for high-volume environments, the FM3080 delivers consistent performance with minimal maintenance, even under tough conditions.
Technical Specifications
Specification | Details |
---|---|
Scan Technology | 2D CMOS Imager |
Supported Barcodes | 1D & 2D (PDF417, QR Code, Data Matrix, etc.) |
Interface | USB / RS-232 |
Dimensions | 78mm x 67mm x 62mm |
Operating Temperature | -20°C to 60°C |
Light Source | White LED |
Motion Tolerance | Up to 2.5 m/s |
Operating Voltage | 5V DC ±10% |



