Based on the highly flexible and award-winning original BOA camera, the BOA IDR is a complete vision system in a tiny smart camera package. Complete with embedded software and processing, it offers a core suite of tools and capabilities to automatically identify, validate and verify markings or features on parts, products or assemblies.
The preloaded IDR application can be quickly set up and deployed using a standard web browser interface. No software installation is necessary, except for the fully functional emulator that supports offline development and debugging.
The 4-step user interface is designed to guide first time vision adopters and offers advanced features, such as custom scripting, for experienced integrators.
Based on the advanced BOA smart camera platform, BOA IDR allows manufacturers to combine 1D and 2D tracking with other inspection tasks, such as character reading (OCR) and feature verification, to ensure all product markings are correct when they leave the factory floor.
Our highly integrated solution provides defect detection and reject tracking for high speed applications in Automotive, Consumer, Electronics, Packaging and Pharmaceutical industries.
Supports:
The IDR version of the BOA camera exposes the core tools required for Identification applications, and includes framework for factory integration, user administration, and data logging. BOA IDR software allows customers to combine 1D/2D validation with OCR and Pattern Matching to verify all product markings are accurate and readable.
BOA IDR provides standard industrial Ethernet protocols for integrating into the factory network, including support for popular PLCs such as Rockwell Automation and Siemens. BOA ensures that data is moved quickly and accurately with minimal integration effort.
In addition to Ethernet, BOA IDR provides serial RS-232 and discrete I/O connections, as well as expandable I/O options. A dedicated strobe output is further provided for direct light control.
BOA IDR is compatible with industry standard M12 cord sets to minimize hardware integration costs.