Honeywell xenon 1950 now start to replace existing 1900 scanner in Malaysia and Singapore market for better performance and speed of capturing with slight increase of price.

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Honeywell xenon 1950 now start to replace existing 1900 scanner in Malaysia and Singapore market for better performance and speed of capturing with slight increase of price.

Are you still looking for Honeywell xenon 1900 scanner in Malaysia? It is the time for you to switch to it new replacement xenon 1950 scanner with better performance and scanning speed even slight increase of price. Enhance to existing xenon decoding firmware and increase the speed of decoding, xenon 1900 now will be replaced with xenon 1950 by fixed firmware bug, increase the scanning camera resolution, better and more intelligent illuminator to give best contrast when scanning and double up the scanning and decoding speed compare with existing xenon 1900 model with higher processor power.

Add on to that, xenon 1950 also improve in terms of internal casing design to give better protection on the PCB board in the scanner and better circuit design to improve the flashing power consumption and camera shutter speed. Honeywell engineer after more than 8 years continuous feedback on Xenon 1900 2D barcode scanner, now deliver to you the improved version of Xenon 1950 2D scanner which believe will still be able to continue to be another No.1 selling scanner in Malaysia 2D barcode scanning market start from year 2020.

The standard packing Xenon 1950 come with main unit of scanner and 1 pc of USB type A 3 meter straight cable (CBL-500-300-S00). You may also order the additional retail flexible stand for presentation purpose. The more popular part number for xenon 1950 scanner is 1950GHD which is High density scanner and able to read up to 3 mil resolution barcode. Call our customer service now at 012-6991650 for more information about xenon 1950 scanner.

New Xenon 1950 come with Area Image (1280 x 800 pixel array) and Motion Tolerance Up to 400 cm/s (157 in/s) for 13 mil UPC at optimal focus

By: pang | Date: 02 Oct2019