- Retail
- Manufacturing
- Transportation & Logistics
- Healthcare industries
Matrix 120 Series - WVGA sensor, 57 fps or 1.2 MP sensor, 36 fps
Ultra-compact industrial 2D imager that fits into any integration space
1D, 2D code
Multiple embedded connectivity options: Serial (RS-232 and RS-422), USB connection, Ethernet connection
Wide angle version for proximity reading
IP65 protection and ESD safe for use in the Electronic industry
Matrix 210N - WVGA sensor, 60 fps
Ultra-compact industrial 2D imager for Electronic, Automotive, Pharma and Food&Beverage applications
Ultra-fast image acquisition for high speed production lines
Outstanding decoding capability on DPM and labeled 1D & 2D standard codes
Integrated Ethernet, PROFINET, EtherNet/IP, interfaces
Industrial Protection: ESD-safe, YAG, IP65
Matrix 300N - High resolution 1,3 Megapixel sensor, 60 fps
High Performance Compact industrial 2D imager for Manufacturing and Automated Warehouse applications
High performance DPM reading
Ultra-compact reader, rotating connector system
Power over Ethernet Option
Integrated dual illuminator: dark field/bright field
Matrix 410N - Ultra-fast image sensor 2 Megapixel, 45 fps
High Performance Industrial 2D imager for tracability applications in logistic environments
Patent Pending Packtrack 2D for short object gapping in sortation applications
Single reading point or multiple device in cluster, through simple configuration
Embedded Ethernet connectivity, with common protocol support: PROFINET IO, ETHERNET/IP, TCP/IP, FTP, HTTP
Remote, web-based WebSentinel supervisory software with image archiving database
Laser pointing system, good read Green Spot, focusing aiming system
Matrix 450 - High resolution 5 Megapixel, 15 fps
High-end industrial 2D imager designed for logistic applications
Multiple connectivity options: Serial (RS232+RS232/RS422/RS485), Ethernet connection
Ideal on High Speed Applications: perfect solution for high speed transportation on small and middle size conveyors
Image Management: Captured images are stored in the imagers' memory and optionally transferred to external supports