MoveInspect HF

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3D measurement of dynamic processes

In order to sustain its own competitive capability, every company has to meet the challenge to develop products within shorter periods, and manufacture them at lower costs. In doing so, the inspection of parts with respect to their motion and deformation behaviour plays a decisive role. In which situation is the object deformed unintentionally during running production? How does an element behave under load? And how stable is the used material, when does it fracture? AICON's new measuring system MoveInspect HF can now answer all these questions.

MoveInspect HF captures dynamic processes three dimensionally and analyses them regarding geometric changes. The high-end version is able to conduct tests with no time limit at a frequency of up to 1000Hz.

 For each point in time, the MoveInspect HF software determines e.g. the 3D coordinates of object points, the 6-DOF coordinates of solid bodies, and the speed of the points or solid bodies. Two modes are available to analyze the measurement: The Offline-Mode (i.e. later) and the Online-Mode (i.e. during the measurement in real time). The integrated magnifier function allows for the visualization of the slightest movement. This is also possible in case of highly frequent processes with long observation times, i.e. when the data volume is very high. The results of the dynamic measurements are displayed in a clear and descriptive manner. They may also be exported to external analysis software such as DIADem. MoveInspect HF can be synchronized with other systems using standard interfaces. Thus, it also supports the control of dynamic processes.

Deformation analysis:
Defect analysis in the production line (e.g. during welding)
Behavior of components in wind tunnel and climate chamber
Analysis of collision damage
Material testing, structure analysis

Motion and position analyses:
Door slam testing
Analysis of the closure process for hoods, convertible tops and windows
Testing of body component vibrations
Control of industrial robots
Machine vision

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