Economical Barcode Scanning Solution
MT8210 is a 2D handheld scanner which decodes major 2D barcodes as well as all major 1D barcodes. It is designed to achieve the efficient and affordable barcode scanning solution. This cost-effective, reliable handheld scanner is an ideal choice for a variety of applications, including ticketing, access control, mobile payment and manufacturing.
-
Retail
-
Logistics
-
Manufacturing
-
Inventory
FEATURES
Snappy 1D & 2D Barcode Data Capture
MT8210 2D handheld barcode scanner delivers superior scanning in any orientation, which benefits enterprise with less downtime and increased productivity. At an average of 1/10 seconds, MT8210 scans all linear barcodes and major 2D barcodes printed on labels with either matte or glossy surface, or displayed on mobile phone or LCD screen.
On-screen Barcode Scanning
With enhanced optical design and latest decode algorithm, MT8210 virtually scans all 1D and 2D barcodes on any surface, either paper-based label or mobile phone display. As a result users may expand their business into many new applications such as eCoupon, eTicket, Digital ID cards and mobile payments.
Free from Environmental Interference
MT8210 2D handheld barcode scanner is ideal for both indoors and outdoors scanning applications which require more immunity for ambient light. By automatically adjusting its parameters for optimal scanning performance MT8210 2D handheld scanner provides the freedom to scan barcodes from under complete darkness to direct sunlight.
Better User Experience
MT8210P is the advanced variant of this model, featuring automatic switching to Auto-sensing Mode when placed on MT610s Auto Stand, haptic feedback as extra Good Read indication, and the configuration capability by Marson's free user-friendly software tool, Ez Utility®. With these features the MT8210P provides individuals the experience of maximum comfort as well as optimal performance as a result.
Download
Enter your info for free access to Marson downloads.
Verification
Please click the numbers from smallest to largest