IS-2225 ICE ZIPSCAN SERIES 2D IMAGER WIRELESS BLUETOOTH BARCODE SCANNER WITH USB CABLE & CRADLE – 2 YEAR WARRANTY

The ICE ZipScan IS-2225 is a powerful 2D wireless Bluetooth barcode scanner designed for high-speed, long-range, and reliable scanning in retail, logistics, and industrial environments. Engineered with an advanced 2D imaging sensor, it can read both 1D and 2D barcodes (including QR codes) from paper, labels, and digital screens.

With Bluetooth connectivity and a wireless cradle, the IS-2225 provides complete mobility and flexibility for your workspace. Its rechargeable lithium battery ensures long hours of continuous operation, while the included USB cable supports both charging and wired data transmission when needed.

Key Features:

• 2D Imaging Technology – Reads all 1D & 2D barcodes, including QR, PDF417, and Data Matrix.

• Wireless Bluetooth Connection – Enables up to 100 m transmission distance in open space.

• Dual Mode (Wired & Wireless) – Can be used wirelessly or via USB cable.

• Rechargeable Battery – Long-lasting performance for all-day scanning.

• Cradle Included – For convenient charging and wireless signal receiving.

• Auto-Sense Scanning – Detects and scans barcodes automatically when presented.

• Durable Build – Withstands multiple 1.5 m drops for long-term reliability.

• Plug-and-Play Setup – Compatible with Windows, Mac, and Android POS systems.

• 2-Year Warranty – Ensures reliable operation and after-sales support.

Specifications:

• Type: 2D Imager Barcode Scanner

• Connectivity: Bluetooth & USB (wired)

• Scanning Range: Up to 100 m (Bluetooth open space)

• Supported Codes: 1D & 2D (QR, Data Matrix, PDF417, Code 128, EAN, UPC, etc.)

• Battery: Rechargeable Li-ion (1000 mAh or higher capacity)

• Interface: USB-HID / USB-COM / Bluetooth

• Charging: Via cradle or USB cable

• Durability: Drop resistance up to 1.5 m

• Warranty: 2 Years

Ideal For:

• Retail counters & supermarkets

• Warehousing & logistics

• Healthcare, ticketing, and courier services

• Mobile POS and tablet-based systems