Automatic Optical Geometry Inspection

Inner and outer diameters, radii, as well as form deviations such as ovality or out-of-roundness are measured precisely and evaluated objectively, ensuring that even the smallest tolerance deviations are reliably detected.

Component height, length and material thickness are captured without contact and continuously monitored to ensure consistent dimensional accuracy even at high production volumes.

Geometric tolerances such as flatness, perpendicularity, coaxiality, or complex contours are analyzed reproducibly to ensure that demanding drawing specifications are reliably met.

Function-critical dimensions on fastening elements are automatically inspected, generating clear measurement data that eliminates ambiguity and ensures assembly capability.

Inner and outer diameters as well as wall thickness and cross-section thickness are measured with high precision, as in elastomers these parameters directly determine the sealing performance and the component’s suitability for its intended application.

Component height and contours are captured without contact to ensure reproducible measurement results even for soft or unstable parts.

Form deviations such as misalignment, irregular contours or deviations from the nominal geometry are reliably detected, even if the material deforms slightly during handling.

Inner and outer diameters as well as geometric openings are reliably measured to ensure the dimensional fit and functionality of plastic components.

Component height, wall thickness and material thickness are captured without contact, enabling reproducible inspection even for delicate or lightweight plastic parts.

Complex contours and form deviations on injection-molded or precision-turned parts are analyzed with high precision, even in the case of demanding geometries or varying material properties.

Geometric tolerances such as flatness, roundness, or concentricity are evaluated objectively to ensure dimensional accuracy and functional reliability in subsequent use.

Contours and topological features are measured reliably, even in complex-shaped sintered parts whose material structure requires a clear distinction between permissible porosity and geometric deviations.

Gentle handling and controlled sorting ensure that delicate sintered parts are not damaged during geometry inspection and remain reliably processed even at high production volumes.

Geometric deviations at edges and transitions are reliably detected, enabling clear identification of form defects or impermissible changes in the component geometry.

Dimensional accuracy and key contour features are precisely inspected to ensure that post-processed outer surfaces comply with the specifications defined in the technical drawing.

Pins and connectors are precisely measured and checked for correct positioning to ensure a reliable mechanical and electrical connection within the assembly.

Assembled printed circuit boards are geometrically inspected to verify the completeness and correct placement of components before they are transferred to downstream processes or assemblies.

Micro-components such as fine screws or small turned parts are reliably detected, even at very small dimensions where handling and measurement place particular demands on the process.

Complex geometries and hybrid materials are analyzed from multiple views, enabling reliable evaluation of features such as coaxiality or concentricity even on combined material surfaces.