The Zebra MC3300-S is a robust mobile computer designed for various business needs. With its advanced scanning capabilities, it features a standard range 2D imager (SE4770) that ensures accurate data capture. The device comes equipped with a bright 4.0-inch display, a responsive 47-key keypad for easy data entry, and is powered by a high-capacity battery for extended usage.
Running on Android GMS, it offers 4GB RAM and 32GB ROM, enabling smooth operation and ample storage for applications and data. Additional features include NFC for quick pairing and communication, making the MC3300-S an ideal choice for retail, warehouse, and logistics operations.
The Zebra MC3300-S Mobile Computer is a handheld device engineered for data capture and processing in business environments. It integrates a standard range 2D imager (SE4770) for scanning barcodes, suitable for inventory management, asset tracking, and point-of-sale applications. The device features a 4.0-inch display and a 47-key keypad, facilitating data entry and interaction. Running on Android GMS, it provides 4GB RAM and 32GB ROM, supporting application execution and data storage. Connectivity options include WLAN, Bluetooth, and NFC. A high-capacity battery is included for extended operational periods. This mobile computer, part number MC330L-SJ4EG4NA, is designed for sectors such as retail, warehousing, and logistics, where reliable data capture and mobile computing are required to streamline daily operations.
The Zebra MC3300-S features a standard range 2D imager (SE4770), enabling it to accurately capture 2D barcodes.
This mobile computer operates on Android GMS, providing a familiar and user-friendly experience for business applications.
The device supports WLAN and Bluetooth for wireless communication, and NFC for quick pairing and proximity-based interactions.
The Zebra MC3300-S is equipped with 4GB of RAM and 32GB of ROM storage, suitable for running applications and storing operational data.
MC330L-SJ4EG4NA - Zebra MC3300-S Mobile Computer - WLAN, Bluetooth, 2D Imager