Premium decoding technology in a new compact barcode reader

23-02-2022 | Cognex | Test & Measurement

Cognex Corporation has launched the DataMan 280 series of fixed-mount barcode readers, developed to solve a wide variety of ID applications, including tough 1D, 2D, and Direct Part Mark code applications in manufacturing and logistics.

"Cognex specialises in decoding the most difficult to read barcodes at the highest speed and accuracy, said Carl Gerst, Cognex's executive vice president of Products and Platforms. "Optimised with our latest patented decoding algorithms, the DataMan 280 combines advanced technology from Cognex's premium ID platforms into a compact and cost-effective housing."

The device has a high-resolution sensor combined with a dynamic image formation system to enhance code handling and coverage. Together with connectivity options for today's Industry 4.0 manufacturing demands, this technology enables users to read complex barcodes reliably while enhancing overall equipment effectiveness and throughput.

Combined with the company's Edge Intelligence, the device offers advanced Industry 4.0 features such as easy web browser connectivity, performance monitoring, device management and fast image offload. It enables users to configure multiple devices at once and start trending important system performance metrics in minutes. Facility managers can determine trends and intervene quickly when dips in performance are spotted.

The modular hardware, comprising field-interchangeable lights and lenses and the latest software algorithms, may be configured to solve any barcode reading challenge. It can be configured straight or at a right angle for tight spaces and is compatible with most accessories of the DataMan260 series for simple upgrading. Multiple readers can be deployed together for applications with increased field of view and multi-side scanning at high speeds.

The modular hardware and software make it excellent for label-based and DPM code reading applications in a broad spectrum of industrial environments.

By Natasha Shek