RationalVue and RationalDMIS share the same CAD kernel, probe measurement engine, and software algorithms. These solutions have been widely adopted by leading companies across various industries, including GE, Boeing Aircraft, BMW, General Motors, ABB, Siemens, Delta Air Lines, Volkswagen, and others. The algorithms have undergone rigorous PTB certification to ensure their correctness, reliability, and consistency. This provides end users with robust metrology software, ensuring high-quality inspection processes in the manufacturing sector.
Ⅰ. Function Introduction:
1.The software supports the integration of multiple functionalities into a single program, including image processing, probe measurement, laser measurement, coordinate system alignment, autofocusing, magnifi cation adjustment, light brightness control, CAD theoretical element recognition, automatic comparison measurement, element construction, tolerance calculation, and result output. These functions can run automatically in sequence, with the detection order being freely adjustable.
2.It is capable of importing Iges, Step 3D drawing fi les, or DXF format CAD fi les, enabling precise measurement of ISO (Y14.5M) geometrical tolerances such as position, curve profi le, and surface profile.
3.The laser measurement feature allows for setting step distances to perform non-contact measurements automatically, calculating parameters such as height, fl atness, and surface profi le of the workpiece. Plane fl atness can be measured rapidly through scanning, improving measurement effi ciency by 3 to 10 times compared to traditional methods.
4.Provides comprehensive evaluations for curve profi le, surface profi le, circular runout, total runout, and combined elements.
5.FormError Graphics: Displays upper and lower tolerance bands, visualizes graphic trends using color coding, highlights maximum and minimum values, and presents spacing errors clearly.
Ⅱ . Probe and Imaging, Laser Multi-sensor Composite Measurement：
Three-dimensional spatial visualization in CAD CAD elements, including points, lines, circles, arcs, planes, cylinders, cones, spheres, curves, and surfaces, are automatically identified without the need for manual theoretical input. The images, probes, and the laser coordinate system are integrated and unified. Measured elements are automatically aligned into a single coordinated system. Additionally, images, probes, and laser programs can be seamlessly interleaved within the same program from start to finish.
