The Newland FM3281 Grouper is a high-performance, fixed-mount barcode scanner built to deliver outstanding scanning reliability in the most challenging industrial and outdoor environments. Engineered with a rugged IP67-rated enclosure, this device resists dust, water, and extreme temperature fluctuations, making it ideal for continuous use in kiosks, warehouses, logistics hubs, transportation terminals, and access control systems.
Powered by a high-resolution 1280 × 1088 CMOS megapixel sensor, the FM3281 captures 1D and 2D barcodes with precision and speed, including worn or poorly printed codes. Its OCR capability enables it to read printed characters from passports and ID cards, making it an all-in-one solution for identity verification and travel document processing.
Beyond barcode reading, the FM3281 incorporates integrated NFC/RFID technology, supporting a wide range of contactless cards including MIFARE®, NTAG®, Felica®, and ICODE®. This makes the device ideal for applications that require secure badge or ticket reading, such as secure access points, self-service kiosks, and transportation fare systems.
The device supports multiple connectivity options out of the box, including USB and RS-232, with optional support for Wiegand and RS-485—allowing seamless integration with access control systems, industrial PLCs, and custom-built kiosk solutions.
With its compact form factor and robust build, the FM3281 is designed for continuous 24/7 operation. Its dual trigger modes—via infrared (IR) sensor and ambient light detection—ensure that scanning is fast and automatic, even in low-light or direct-sunlight conditions. This makes it especially useful in environments with high throughput and minimal operator involvement.
Key Features:
- High-performance 1D & 2D barcode scanning: Accurately decodes all major barcode symbologies including PDF417, QR Code, Data Matrix, and more—even on mobile screens or curved surfaces.
- Megapixel imaging with OCR support: Built-in optical character recognition (OCR) enables reliable capture of printed text from identity documents such as passports, driver's licenses, and other official credentials.
- Durable IP67-rated housing: Designed for industrial and outdoor use, the scanner is resistant to water, dust, and harsh environmental conditions, making it suitable for all-weather operation.
- Integrated NFC/RFID support: Reads a wide range of contactless credentials, including MIFARE, NTAG, Felica, and ICODE formats, supporting both identification and secure access workflows.
- Smart triggering system: Infrared and light sensor-based auto-triggering ensures seamless, hands-free scanning with minimal latency—ideal for high-traffic scanning points or kiosks.
- Flexible connectivity: Comes standard with USB and RS-232 interfaces; optional support for Wiegand and RS-485 protocols ensures compatibility with access control systems and legacy infrastructure.
- Wide temperature and environmental tolerance: Operates in temperatures from –20°C to 60°C and 5–95% relative humidity, ensuring stable performance in cold storage, outdoor terminals, and hot warehouse environments.
- Robust power design: Accepts 5–24V DC input, compatible with a broad range of power supplies and system integrations.
- Enhanced ESD protection: Built to withstand electrostatic discharge up to ±15kV (air) and ±8kV (contact), providing reliability in static-prone environments such as manufacturing lines and self-service stations.
- Compact and space-saving form factor: Measuring only 78.7 × 47.7 × 67.7 mm, the FM3281 fits easily into kiosks, gates, turnstiles, and equipment housings where space is at a premium.
- Backed by a 5-year warranty: Ensures long-term operational confidence and low total cost of ownership, backed by Newland’s commitment to quality and service.
Applications: Ideal for self-service kiosks, outdoor ticketing machines, warehouse automation systems, secure building entry points, transportation terminals, amusement parks, government ID checkpoints, and any environment requiring fast, accurate, and contactless data capture.