The measurement system is a high-resolution optical digitizer that provides three-dimensional measurement data quickly and accurately. The 3D scan camera consists of a measurement head with two digital cameras that observe a projected stripe pattern at a spatial angle. The two cameras capture the object to be measured from different directions in individual measurement sequences. Measurement marks on the object are used as control points to align the individual measurement sequences with one another. For each measurement sequence, the 3D coordinates of several thousand object points are measured and stored within a few seconds. A probe combines the optically measured point cloud with tactile 3D measurements of individual measurement points. This enables the measurement of specific points in areas that are difficult to access optically, as well as the measurement of standard geometries.
The intelligent combination of our measurement systems enables the measurement of small parts, such as cell phone cases, all the way up to entire aircraft. Depending on the application, the measurement field of the 3D scan camera can be adapted to the measurement task by using different base lengths and/or lenses.
We adapt to your tolerance requirements: 0.02 mm to 0.06 mm for complex small parts and 0.1 mm to 0.3 mm for larger objects. The measurement accuracy depends primarily on the selected measurement field size.
For optical measurement using the stripe light projection system, we use GOM Inspect Professional software. For quality control, we use PolyWorks software. We use Design X specifically for rebuilding parametric models in mechanical engineering. To provide customized solutions for your requests, we have a network of experienced designers proficient in the CAD systems Catia V5, ProE, and UG.
Data exchange can be conducted via email, Odette data transfer, or FTP transfer. Alternatively, we can of course also send data by mail on a CD. State-of-the-art measurement technology, software, and our expertise provide you with a highly accurate digital representation of reality.