Allows Users to Both Acquire and Evaluate Scan Data in a Single Software Package
ShapeGrabber SGCapture, seamlessly integrated as a plug-in for SmartProfile, empowers users to acquire and evaluate scan data within a unified software package. SmartProfile stands out as the preferred solution for the tolerance evaluation of 3D scanner data, employing proprietary algorithms to minimize measurement uncertainty and generate CMM-like data sets. SGCapture further delivers:
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Automated Routines: Effortlessly create automated inspection routines, ensuring swift and repeatable part measurement. These routines encompass the entire scanning process, from data acquisition to the generation of final inspection reports.
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Intuitive Features: Align data sets from multiple scan sessions to achieve comprehensive part coverage. Generate meshes suitable for third-party applications like reverse engineering. Exercise direct control over scanner properties to optimize part scanning.
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CMM-like Sampler: The 'CMM-like Sampler' transforms dense and noisy scan data into reliable, sparse, 'CMM-like' point data for standard-based dimensional and GD&T evaluation. This feature, based on features and CAD models, samples points using the geometry information of the CAD model. It ensures precision and accuracy in the evaluation process.
ShapeGrabber SGCapture not only streamlines the acquisition and evaluation of scan data but also provides advanced functionalities for automated routines, intuitive features, and a CMM-like sampler, elevating the overall efficiency of 3D scanning processes.
4. Boost: Boost represents a fully automated approach designed to eradicate systematic measurement errors, enhancing the accuracy of rapid 3D scanning through software, as opposed to slower and often costlier measurement systems. Tailored to specific parts and methods, Boost relies on comparing measurements of the same part on the 3D scanner with those from a reference machine. This dynamic compensation process maps the accuracy of the reference machine to the data obtained from the 3D scanner, ensuring more precise and reliable results
