Handheld bar code reader Newland HR23 Dorada 1D/2D CMOS Wired USB Black

The Newland HR23 Dorada is a wired handheld bar code reader that supports both 1D and 2D barcode capture using a CMOS sensor and USB connectivity. Designed for retail and inventory management, it combines improved decoding technology with a balanced, ergonomic form factor to deliver fast and accurate scanning of high-density, damaged, or distorted barcodes while remaining affordable.

Advantages

The HR23 Dorada offers advanced 2D decoding performance at a price comparable to many 1D scanners, providing strong value for entry-level and mid-volume deployments. Its comfortable, lightweight housing reduces user fatigue while maintaining a solid feel. Easyset configuration software allows device settings, firmware updates, cloning, and scanned data analysis. The scanner is durable with an IP52 environmental rating and a 1.5 m drop specification, and it is backed by a five-year guarantee.

Suitable for

• Retail checkout and point-of-sale
• Inventory management and stock control
• Warehouse receiving and light-duty logistics
• Any environment needing reliable wired 1D/2D handheld scanning

Key specifications

• Model: Newland HR23 Dorada (NLS-HR2300-S5)
• Scan types: 1D and 2D
• Sensor: CMOS
• Interface: Wired USB
• Protection rating: IP52
• Drop specification: 1.5 m
• Weight: 137 g (approx.)
• Warranty: 5 years

How to use

Connect the HR23 Dorada to a host device using the supplied USB cable. Position the scanner so the aiming mark or illumination covers the barcode and pull the trigger to read. For continuous or hands-free operation, mount the scanner on an appropriate stand (adjustable smart stand or gooseneck as available) and present barcodes to the reader. Use Newland Easyset software to configure settings such as symbologies, interface options, and firmware updates where required.

Recommendations

For best results, keep the scanner lens clean and replace or recalibrate stands to maintain alignment for hands-free use. Use the Easyset tool to enable specific barcode types and to optimize decoding settings for damaged or high-density codes.