“Cognex specializes 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. “Optimized 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 reader features a high-resolution sensor combined with a dynamic image formation system to improve code handling and coverage. The company says this technology, along with connectivity options for today’s Industry 4.0 manufacturing needs, allows users to read complex barcodes reliably while improving overall equipment effectiveness (OEE) and throughput.
“Combined with Cognex Edge Intelligence (EI), DataMan 280 provides advanced Industry 4.0 features like easy web browser connectivity, device management, performance monitoring and fast image offload. It allows users to configure multiple devices at once and begin trending important system performance metrics in minutes. Facility managers can identify trends and intervene quickly when dips in performance are spotted.”
“The modular hardware including field-interchangeable lights and lenses and latest software algorithms can be configured to solve any barcode reading challenge. The reader can be configured straight or in right angle for tight spaces and is compatible with most accessories of the 260 series for easy upgrading. For applications with increased field of view and multi-side scanning at high speeds, multiple readers can be deployed together.
“The modular hardware and software make it ideal for label-based and DPM code reading applications in a wide range of industrial environments. Examples include decoding difficult DPM codes on challenging surfaces of automotive parts, reading and tracking small DPM codes on medical devices or reliably reading barcodes on high-speed packaging lines. Other typical tasks of the DataMan 280 include simultaneous reading of multiple codes, presentation scanning and label-based 1D and 2D code reading on
pallets behind reflective foil.”
