CP View Line, Self-learning device for visual inspection

Automatic visual inspection machine for micro-technical parts
Designed to perform automatic visual inspection of micro-technical parts, the Microparts inspector machine is a selflearning production machine that operates based on artificial intelligence and neuronal networks. By mimicking human functionality, the technology enables to automate inspection tasks that cannot be performed by traditional industrial vision systems. The Microparts inspector machine can be used to inspect parts flatly positioned in trays, and can be equipped with a standalone system for stacking and unstacking trays (optional).

Self-learning device for visual inspection of micro-technical parts
Designed to perform automatic visual inspection of micro-technical parts, the Microparts inspector desktop machine is capable of self-learning and operates based on artificial intelligence and neuronal networks. This quality-control device can replace and supplant human inspection. The inspection model (workspace) is easily generated from a catalogue of accepted and rejected parts. The machine can be used to inspect parts flatly positioned in a tray with a surface area of 300 x 200 mm.

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Automatic visual inspection machine of dials
Designed to perform automatic visual inspection of dials, the Dials inspector machine is capable of self-learning and operates based on artificial intelligence and neuronal networks. By mimicking human functionality, the technology enables to automate inspection tasks that cannot be performed by traditional industrial vision systems. The Dials inspector machine can be used to inspect parts flatly positioned in trays, and can be equipped with a standalone system for stacking and unstacking trays (optional).

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Self-learning device for visual inspection of dials
Designed to perform automatic visual inspection of dials, the Dials inspector desktop machine is capable of self-learning and operates based on artificial intelligence and neuronal networks. This quality-control device can replace and supplant human inspection. The inspection model (workspace) is easily generated from a catalogue of accepted and rejected dials. The machine can be used to inspect parts positioned flat in a tray on a working area up to 300 x 200 mm.   

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Automated Optical Character Recognition (OCR) machine
Based on self-learning technology, the Optical Character Reader machine automates optical character recognition (OCR) on parts with variable geometry and any texture type. The Optical Character Reader automatically locates, orients, reads and converts characters such as serial numbers or product names into text files. By mimicking human functions, the technology makes it possible to automate inspection tasks that are difficult for traditional industrial vision systems to perform. An autonomy system for unstacking and stacking trays is available as an option.

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Automated Optical Character Recognition (OCR) desktop machine
Based on self-learning technology, the Optical Character Reader machine automates optical character recognition (OCR) on parts with variable geometry and any texture type. The Optical Character Reader automatically locates, orients, reads and converts characters such as serial numbers or product names into text files. By mimicking human functions, the technology makes it possible to automate inspection tasks that are difficult for traditional industrial vision systems to perform.

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Visual inspection starter kit for micro-technical parts
The Inspector Starter Kit contains all the hardware and software required to perform visual inspections on small production runs. The starter kit provides a quick, easy, and economical way to start using SLT (Self Learning Technology), developed on the basis of artificial intelligence algorithms and neural networks. By mimicking human functionality, the technology enables to automate inspection tasks that cannot be performed by traditional industrial vision systems.