Zebra DS4308-XD Barcode Reader DS4308-XD00007VZWW

Zebra DS4308-XD Barcode Scanner DS4308-XD00007VZWW

The Zebra DS4308-XD is an advanced barcode scanner designed specifically for capturing high-density 1D, 2D and PDF417 codes. With Area Imager technology and an integrated vibration motor, this model delivers superior performance in industrial and commercial environments.

Key Features:

• Area Imager Technology: Enables accurate reading of high-density (HD) barcodes, ideal for small components, electronics, and other specialized applications.
• Vibration Motor: Notifies the user with vibrations in noisy environments, providing confirmation of successful scans.
• Extreme Density: Designed for very fine-detail barcodes with a decoding range from close contact to 6.6 cm (2.6″).
• Multiple Host Interfaces: Compatible with USB, RS-232, Keyboard Wedge, RS-485 (IBM 46xx), and SSI, providing maximum integration flexibility.
• Rugged Construction: IP42 rated for ingress protection dust and moisture in commercial and industrial environments.
• Ergonomic design: Comfortable and easy to use, suitable for intensive use.
• Color: Twilight Black, for a professional look.

Technical specifications:

• Model: DS4308-XD00007VZWW
• Scanner type: Extreme density 1D/2D imager, wired
• Interface: USB, RS-232, Keyboard Wedge, RS-485 (IBM 46xx), SSI
• Decode range: Close contact up to 6.6 cm (2.6″)
• Resistance: IP42
• Additional functionality: Vibration motor for confirmation in noisy environments
• Color: Twilight Black
• Applications: Industry, logistics, commercial offices, electronics manufacturing
• SKU code: DS4308-XD00007VZWW

Recommended applications:

• Industry: High-density barcode scanning on electronic components and small parts.
• Retail: Barcode capture for products with detailed or dense labels.
• Logistics: Product traceability with small-sized codes.

Zebra DS4308-XD DS4308-XD00007VZWW offers advanced performance and versatility, making it the ideal choice for commercial and industrial environments that require scanning of extreme density barcodes.