Optimised decoding algorithms and an improved stabilisation process have also helped to increase reading performance, even under modern shop lighting. When scanning, good or bad reads are immediately confirmed by means of an optical or acoustic signal and by the vibration of the handheld. . Its lightweight housing is manufactured from flexible plastic and can withstand drops onto concrete from a height of up to 1. It prevents interference when scanning and enables optimal read performance.
By angling the scanner in this way, the device is very comfortable to hold and the user can see the display during the scanning process. On both the scanner and the imager, the scanner head is angled downwards in order to make it even easier to operate the device. The device vibration is particularly useful in a noisy environment. This system makes it extremely easy to integrate the mobile devices into existing applications and standard solutions. This is particularly important when the handheld is used in retail, as it prevents interference when scanning. Three trigger buttons give the freedom how to individually hold the device. The balanced design and the non-slip surface on the bottom of the device allow it to be operated easily and effortlessly.
The combination of powerful hardware and a proven operating system means that the device represents a secure investment over many years and is suitable for a great number of applications. The operating system of the unit is Microsoft® Windows® Embedded Compact 7. Because of its higher reading range, the imager is equipped with a laser aiming point. Combined with the optimised software, this results in an exceptionally high detection rate. Three non-slip scan buttons give both right-handed and left-handed users the means to adopt a variety of working positions, thereby reducing finger movement to a minimum.
Both reading modules are extremely high-performance. . . . . .
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