Discover New Features in Model-Based Quality
Siemens MBQ delivers new advancements, from variation analysis and CMM inspection programming to data collection, analysis, and reporting.
September 5, 2023
Model-based quality (MBQ) is part of the Siemens closed-loop quality solution for failure mode and effects analysis (FMEA), control and inspection planning, variation simulation analysis, metrology, and dimensional planning and validation (DPV).
Siemens MBQ delivers new advancements. From variation analysis and CMM inspection programming to data collection, analysis, and reporting, model-based quality software helps companies reduce risk and ensure higher quality products and processes well in advance of production.
Variation Analysis with Teamcenter Visualization
Variation Analysis (VA) software helps simulate manufacturing and assembly processes to predict and quantify the amounts and causes of variation in a 3D environment. The software leverages Monte-Carlo simulation and a ConJoin assembly constraint engine for static and kinematic assembly operations within the full range of allowable constraints, and integration to finite element analysis solvers for comprehension of component flexibility due to clamping, welding and springback. VA (aka, VisVSA) is based on the Teamcenter Visualization framework and can run in both connected (managed) and disconnected (standalone) fashion.
The following enhancements are available in Variation Analysis for Teamcenter Visualization 14.3.
New custom operations
This enhancement introduces advanced modeling capabilities in custom operations for assembly and measurement.
New custom assembly operations:
- Project to surface
- Translate distance along vector
- Add translation/orientation
- Rotate by 3 angles
- Set vector
- Best fit plane
New custom measurement operations:
- Distance: Point to line
- Distance: Point to tab-slot-plane
Spherical assembly operations
This enhancement delivers basic support for spherical features in assembly operations.
- New spherical primary move type: spherical
- Support for ‘three point to sphere’ or ‘sphere to point’ constraint pairs
- Hole to pin secondary constraint pair also supported
Sources: Press materials received from the company and additional information gleaned from the company’s website.
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