New WinWerth® Version 9.45

Version 9.45 of the WinWerth® measurement software offers many new and improved functions, such as helical tomography to increase accuracy with minimal measurement errors in the 0.5 µm range. Multi-spectral tomography enables high-resolution, low-artifact measurements of difficult-to-scan workpieces and assemblies in better quality. The new WinWerth® Viewer allows the automatic processing of existing projects and additional manual evaluation as well as the output of measurement reports with the usual WinWerth® range of functions.

Various smart functions have been added to the measurement software. The contours of several workpieces measured in one image can now also be automatically separated during measurements with the image processing sensor. Another new feature is the subsequent filtering of recorded 3D measured data, taking into account the process parameters of the sensors, which can significantly reduce probing errors when using multi-point sensors, for example. With WinWerth® user management, user rights can be restricted to the selection of a workpiece, even for the automatic start of the measurement program. Once the measurement is complete, the machine is automatically logged out again by the logged-in user. Individual users can be managed directly via the Windows ActiveDirectory by linking them to Windows user accounts. For an improved overview, only features above the insertion point are displayed in the 3D graphic. The graphic can now be saved directly in the Office log.

The modernized WinWerth® 9.45 user interface with clear lines and uniform, simplified dialogs increases ease of use. For form errors with different tolerances, the type of deviation display is now adjustable by the user within wide limits. The color distribution diagram makes it easy to assess the size of systematic and random deviations.

The range of functions has also been expanded in the area of computed tomography. OnTheFly CT (patent pending) to increase measuring speed is now available for all special measuring methods, including, for example, the patented Multi-ROI CT. During offline programming with TomoSim, the quality of the simulated volume corresponds to the later measurement in terms of resolution, artifacts and many other properties. The simulated intensity image can be used to optimize the tube power and position of the workpiece on the detector.

Various calculation elements have been added in the new WinWerth® version. A standard-compliant evaluation of geometrical characteristics such as sizes is carried out fully automatically according to selection in the measurement software. The distance between parallel planes and the opening angle of planes at an angle to each other can also be determined in accordance with the new standards. Another new function makes it possible to determine the symmetry contour between two contours. Enclosing spheres with the smallest possible diameter can be calculated from any point cloud.

Several status displays provide the user with information. For example, the device status can be transmitted to the production control center via OPC UA protocol. The absolute beam time of the X-ray tube and the wear status of the target can be read in the user interface, thus preventing downtimes.