Systems for dimensional and geometric measurement through the acquisition of three-dimensional point clouds. Numerical processing of the point clouds and comparison with the mathematical model.
- 2D and 3D profile measurement
- Geometric and dimensional inspection
- Comparison with the mathematical model
- Management of production data with reference to production batches
- Non-contact measurement
- Centre-distance, flatness and straightness measurement
- Measurement on easily deformable materials
Systems for profile measurement through the acquisition of three-dimensional point clouds and subsequent numerical processing of the maps.
3D laser scanning technique based on optical triangulation technology and profile reconstruction from point clouds.
LASER technology makes it possible to achieve very high accuracy even on complex objects and on materials with different optical characteristics. A wide range of processing systems and image reconstruction techniques allows the required dimensional and geometric information to be extracted.
Analysis of complex profiles
LASER measurement technology combined with the most modern numerical processing and image processing technologies allows high-speed acquisition of complex profiles and comparison with the mathematical model. Laser profilometers are laser displacement sensors that collect height data along a laser line rather than at a single point. This makes it possible to perform 2D/3D measurements such as height difference, width or angle with a single sensor. In addition to height data, RODER profilometers also collect intensity data, providing a stable solution for in-line measurement and inspection. The range includes a wide selection of sensors, so as to support a variety of applications and industries.
Extraction of dimensional and geometric features
- Height measurement
- Angle measurement
- Flatness measurement
- Parallelism measurement
- Ovality measurement
- Location measurement of holes and slots
- Form measurement
- Pitch and centre-distance measurement
Comparison with the 3D mathematical model
Systems for measuring complex geometries directly on the production line, with direct comparison against the mathematical model in DXF and DWG format.
Software for real-time inspection of geometries and dimensions, with the option of automatic adjustment of the production process.
Immediate comparison with tolerances and automatic generation of alarms and machine correction signals. Profile acquisition of parts made of easily deformable material with extraction of geometric or dimensional information. Measurement of angles, distances, openings and positions to verify that machining has been carried out correctly or in preparation for welding and assembly operations. Comparison with the mathematical model to determine inspection dimensions.
Applications on robotic cells, on Cartesian axes or in automatic assembly cells. 3D laser scanning technique based on optical triangulation technology and profile reconstruction from point clouds. Systems for profile measurement through the acquisition of three-dimensional point clouds
3D measurement applications
Verification of the correct geometry of tools and immediate comparison with the reference mathematical model.
Flatness analysis of flanges, mating faces, contact surfaces and sealing parts.
Real-time inspection of mating profiles for automatic welding adjustment.
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