The Datalogic Matrix 320 delivers outstanding reading performance on both label and high-resolution DPM (Direct Part Marking) codes with a superior 2MP sensor and extra-large Field of View that competes against 3MP readers. It features Smart configurable lighting in three colors to solve difficult traceability applications, a modular design with a complete portfolio of lenses, filters, and accessories, and full industrial connectivity with rotating connectors for flexible installation in any work environment.
The Star mc-Label3 supports a wide variety of media including permanent linerless labels, linerless sticky labels, die-cut labels, continuous labels, and thermal receipt paper. This versatility makes it an excellent choice for warehouses and logistics operations that need to handle multiple label formats without changing equipment.
The Matrix 320 reads a comprehensive range of 1D codes including Code 128, Code 39, EAN/UPC, and GS1 DataBar, as well as 2D codes such as Data Matrix, QR Code, Aztec, and PDF417. It also supports postal codes and many additional symbologies, making it suitable for diverse traceability and identification applications across warehouse and logistics operations.
The One Touch Label feature allows you to store and retrieve up to three static pre-made images for quick printing at the push of a button. This streamlines your operations by eliminating the need to recreate or retrieve label designs repeatedly, making it ideal for high-volume printing environments.
Yes, the Matrix 320 is built for industrial use with an aluminum alloy case, IP65 protection class rating, and operating temperature range from 0 to 50°C (32 to 122°F). Its robust construction and rotating connectors allow it to easily fit into demanding work environments while maintaining reliable performance in challenging conditions.
The mc-Label3 provides multiple connectivity options including USB-C, WLAN, Bluetooth, TetherLAN, SteadyLAN, and CloudPRNT technology. This ensures seamless integration with iOS, Android, and Windows devices, giving you flexibility in how you control and manage your printing from various platforms.
The Matrix 320 offers full industrial connectivity with RS232, RS422/RS485 communication interfaces up to 115.2 Kbit/s, ID-NET™ port up to 1 Mbps, and USB 2.0 up to 921.6 Kbit/s. It supports multiple connectivity modes including Pass Through, Master/Slave, Multiplexer, and USB Point To Point for seamless integration into your existing systems.
The Star mc-Label3 delivers a print speed of 180mm per second using direct thermal printing technology. This fast output rate helps maximize productivity in busy warehouse and logistics environments where label throughput is critical.
The Matrix 320 achieves an excellent price-to-performance ratio with its 2MP sensor and extra-large Field of View that provides reading capabilities comparable to 3MP readers at a lower cost. Its modular design and reduced number of base models, combined with a complete accessory portfolio, allow you to configure the exact solution you need without paying for unnecessary features.
Yes, the mc-Label3 is cloud-ready and supports cloud-based printing with networked devices through CloudPRNT technology. Combined with Star's Cloud Services, you can build, store, and print multiple static receipts and labels from a networked connection, providing additional operational flexibility.
Absolutely—the Matrix 320 is designed with modularity at its core, offering the highest market application flexibility through a complete portfolio of interchangeable lenses, Smart configurable lighting options in three colors, filters, and accessories. This modular approach lets you tailor the scanner to your specific traceability requirements. Contact us today to discuss your configuration needs at barcodesinc.com.
The mc-Label3 is designed with a user-friendly interface and low-maintenance operation in mind, making it accessible for teams with varying technical expertise. Its direct thermal printing method and straightforward connectivity options minimize downtime and reduce the need for complex troubleshooting.
Full specifications (PDF)