Motorola LI2208 Handheld bar code reader 1D Linear Black

Whether your workers are scanning bar codes printed on paper labels or electronic bar codes displayed on the screen of a mobile phone, tablet or computer, the best-in-class LI2208 linear imager delivers unparalleled performance, every time.The next generation in 1D scanning, the LI2208 provides the same reliability and ergonomics of our most popular scanner, the LS2208, with enhanced features that let you scan more types of bar codes at a greater distance. From the retail POS to shipping/receiving and hotel check-in, the LI2208 allows your workers to better meet the needs of your business.

Excellent 1D scanning performance
Delivers superior scanning speed and a wide data capture range

Captures virtually all 1D bar codes on any surface — including mobile phone displays

Capture bar codes printed on traditional paper labels or displayed on the screen of a mobile phone, tablet or computer

Industry-leading working range

Reads 13 mil 100% UPC bar codes from 1 in./2.54 cm to over 30 in./76.2 cm as well as high density codes and extended ranges for greater application flexibility

Patented single circuit board construction
Maximizes durability and reduces downtime by removing the most common points of failure

Compatible with 123Scan² and Scanner Management Service (SMS)

Dramatically reduces management time and cost, from initial configuration to day-to-day management; SDK available for custom development

Superior motion and angular tolerance
Bar codes can be captured faster, and there is no need to pause during scans

International keyboard support
Support for over 90 international keyboards enables easy deployment anywhere in the world

Withstands 100 consecutive drops to concrete and 1,000 consecutive 1.64 ft./0.5 m tumbles
Ensures reliable operation despite the inevitable everyday drops to help maximize uptime

Flexible modes — handheld and presentation

Gooseneck Intellistand enables presentation scanning and automatic switching between hands-free and handheld operation