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Metallic bars 3D picking

This frequent production line operation is rather complex : Parts are very close from each other, and more or less shiny

Our specific 3D Vision system is grabbing accurately and quickly (Vision cycle < 2s) all parts, whatever are their length and their aspect. The lighting system is compatible with “production line” conditions.

3D industrial bin-picking

VIDEOMETRIC now offers its 3D bin picking technology, very fast an accurate. For many years, our systems drive picking robots for the automotive industry, and very recently in the logistic domain.

For example composed of a stereoscopic carbon arm, 2 Gigabit cameras and a standard video beamer (no moving part), our systems can pick up goods in less than 1 second (Vision cycle time for the most performant system today)

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3D distorsion factor analysis

VIDEOMETRIC now offers its 3D distorsion factor analysis technics, with very high precision results.

From just one 640x480 digital camera, able to grab images at a pace of 100 fps, the application software renders, after image registration (precision : 1/500th of a pixel), continuous object distorsions measurements with a precision of 1/100th of a pixel.

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Crankshaft balancing system (Patented)

Crankshaft balancing is a mandatory operation before its mounting into automotive engines. Usually, its continuous rotation helps to determine overweighs, that will be corrected by several tooling operations.

VIDEOMETRIC digitize in 3D any kind of crankshaft at high precision and quickly. The 3D model result is analyzed, to determine the ideal tooling axis. It is now possible to estimate precisely the necessary tooling operations, and to discard a faulty crankshaft, at a very early step.

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Automatic 3D tracking system

VIDEOMETRIC now sells its automatic 3D tracking technology. A « triscopic » carbon arm (with 3 digital cameras) stare at the scene, where 2 mobile objects are moving freely.

The constant detection, at a pace of 90 fps for each camera is very precise (1/10th millimeter for a 800x600mm field) allow the very precise and constant drive of automated positioning organons.

Our technology is particularly useful in the automatic 3D docking of huge fluid or energy connectors, very often « Dangerous, Durty and Dull » tasks, when operated manually in aeronautics, energy and naval industries.