Honeywell HF680 Fixed bar code reader 2D LED Black

Honeywell HF680 is a 2D area-imaging scanner that can easily read various standards of 1D, PDF and 2D Symbologie. With a revolutionary design, this rugged and durable product enhances productivity and performance for the customer.User-friendly LED lighting designThe distributive illumination of 18 recessed LED lights in the scan window prevents eye strain. When the product is not in use, lighting will automatically turn off. Lighting stays on when the product is in intermittent use. This ensures the best user experience.Great decoding performanceThe IR design can deliver accurate and efficient sensing and decoding, effectively preventing repetitive scanning.Support for decoding in various extreme conditionsHF680 can read 3-mil barcodes, barcodes covered with water droplets, bent barcodes, damaged barcodes that contain complete information, lengthy barcodes, highly-dense QR codes, and inverse barcodes.Lengthy useful lifeAll key components, which are theoretically designed, pass strict testing. In a simulated user environment, the product lasts more than 40,000 hours (or more than three years).HF680 features Hybrid Imaging Technology, making it compatible with various LCD and OLED smart-phone screens and paper-based product barcodes. Frequent switching of scanning modes by the user is not required, significantly boosting the decoding range and improving efficiency.HF680 can scan barcodes on mainstream LCD screens (with brightness level ranges of 10% to 100%) and OLED screens. It can also scan barcodes on paper with a print contrast of at least 20%, as well as barcodes that are highly dense, smudged, or contain complete information despite damage. This product applies to various workplaces, such as manufacturing facilities, medical treatment and healthcare facilities, and retail POSs.HF680 supports various interfaces, providing plug-and-play simplicity with convenience and speed.Find out more about what you can accomplish with the HF680 2D Hand-free Area-Imaging Scanner.