3DCS Variation Analyst Multi-CAD is a stand-alone tolerance analysis software solution that simulates product assembly and part tolerance 3D stack-ups through Monte Carlo Analysis and High-Low-Median (Sensitivity) Analysis.
3DCS Multi-CAD simulates part and process variation with Monte Carlo Simulation to give statistical outputs showing the estimated percent of products that will be out-of-spec, the primary contributing tolerances and parts to variation issues, and specified statistical measures such Cpk and Ppk.
3DCS Multi-CAD uses TransMagic translators to analyze models from any CAD system. This allows companies who juggle multiple CAD systems to use any CAD file for their tolerance analysis.
3DCS Variation Analyst Multi-CAD uses three methods of simulation;
2. High-Low-Median (Sensitivity analysis)
3. GeoFactor (RSS equation) Analysis
By accurately modeling the assembly, you can see how both the assembly process and the part tolerances contribute to the product's overall variation. Together, this creates a virtual prototype that can be used to make decisions about design changes and tooling while reducing non-conformance that leads to scrap and rework.
Simulating products in a digital environment gives engineers the ability to account for variation in key areas; reducing rework, non-conformance, and scrap at final assembly early in the design phase when changes are least expensive.
In addition to this, specifications deemed less critical can be relaxed, increasing tolerances and allowing the use of less expensive manufacturing processes. Creating 3-dimensional tolerance stack-ups let engineers know where to focus when measuring and designing, and the ability to create what-if studies allow them to determine solutions that include both process and part tolerances to keep quality high and costs down.
Expand Tolerance Analysis across your organization with the DCS Scalable Solution, leveraging Model-Based Definition to drive quality downstream.
2805 Bellingham
Troy, Michigan, USA 48083
Call us: +1-248-269-9777
