Characteristic ballooning, inspection plan generation and distribution, and measurement results acquisition — all as a highly automated, MBD-based process.
Publish native CAD models to neutral industry-standard MBD formats such as STEP AP242 and QIF.
The comparison of two CAD models to ensure they are effectively the same. Validation of derived (translated) models against the authority model is an important part of ISO standard quality procedures, and common industry requirements like Boeing Supplier Quality Assurance D6-5199.
The conversion of 3D CAD data to and from proprietary file formats used by enterprise and mainstream CAD systems, and/or industry standard file formats.
Access and manage your 3D MBD data, without the need for a CAD license. Data can be visualized, investigated, and exported in neutral standard formats for downstream use. Original design intent is preserved by maintaining the structure and organization of the model exactly as it was created in the originating CAD system.
A process where the annotations on a 2D CAD drawing are read and used to create PMI annotations in the associated 3D CAD model. The process is automatic with color-coded visual feedback showing any problems.
Capvidia has a partnership with Jotne EPM Technology, an innovative software company providing solutions for Industrial Data Management, using open and public standards. Capvidia brings to this market a new solution for long-term 3D data archiving with the EDMmodelServer.
Building a CAD model from point cloud data. Generating a CAD model from an existing physical artifact is one of the most mathematically challenging tasks in the business, but Capvidia has the solution.
A priori, Monte Carlo simulation of CMM measurements to calculate measurement uncertainty on a task-specific basis. Know the measurement uncertainty of your inspection plan before you measure.
PlanVidia is a powerful tool for planning complex field service and delivery operation. The PlanVidia “engine” plans the operation in time, geographic space (digital map), and business logics (operational constraints) simultaneously, which results in optimal resource use and drastically saves operational costs.