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CADdoctor for 3DEXPERIENCE is a solution where you can utilize the 3DEXPERIENCE reader and writer capabilities in Elysium's flagship products CADdoctor and ASFALIS. This solution willl be an enriched addition to the 3DEXPERIENCE (CATIA V6) DirectTranslator that has supported translation of 3DEXPERIENCE to and from formats such as NX, Parasolid, and Creo.This solution expands data interoperability to multi-CAD systems. In addition, Elysium's sopisticated 3D data optimizing technology can be utilized with 3DEXPERIENCE for data exchange with downstream processes by healing, geometry simplification, and processing data by taking advantage of information embedded in the CAD model such as PMI and attributes.Advanced data processing use cases such as below can be realized. Translation from multi-CAD systems to 3DEXPERIENCE Translation from 3DEXPERIENCE to multi-CAD systems Product Data Quality (PDQ) checking, validation, data optimization and geometry simplification

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Analyzer: An equation based analysis output that precisely identifies the amount and source of variation within an assembly. 3DCS Advanced Analyzer creates an equation of the entire 3DCS model and displays the inputs (contributors/tolerances) and outputs (measurement results) and their relationships (Coefficients of Influence) in a graphical interactive matrix .Optimizer: A tool for optimizing tolerances to achieve best quality based on a minimal cost or optimize quality based on a fixed budget. Optimize tolerances to achieve best quality at a minimum cost. Allocate largest possible tolerances (larger tolerance = less cost) while still meeting dimensional objectives. Optimize quality for a given fixed budget. Allocate largest possible tolerance at the least amount of cost to achieve Target Cost. In this case it may be possible that dimensional objectives are not met.

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Analyzer: The Analyzer creates a matrix of all the tolerances and contributor inputs and measurement outputs for the model. This makes it easy to change tolerances and work with large models where there are many tolerances that need ot be tested, changed and retested throughout the model. As an equation based analysis output, 3DCS AAO identifies the amount and source of variation within an assembly, giving the results of analyses and their relationships (the Coefficients of Influence) within the same matrix. In addition to making it easier to see the inputs, outputs and relationships of your model, 3DCS AAO gives you a ‘test lab’, as the changes in the matrix are not updated in the model until processed by the user. This allows the changing of tolerances and retesting of scenarios before changing the model itself. Optimizer: This helpful tool creates a baseline for cost and quality, and then gives the user the ability to optimize the design for lower cost, or higher quality. The objective is to loosen tolerances that are non-essential to the quality of the product, thus reducing manufacturing costs, while keeping the overall product quality at a premium.

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3DCS FEA Compliant Modeler enhances the ability to easily and quickly model deformable parts and assemblies. With 3DCS FEA Compliant Modeler, engineers can more accurately simulate dimensional variation within assemblies that contain deformable parts such as sheet-metal, plastics, composites, glass etc... 3DCS FEA Compliant Modeler simulates the dimensional variation of part deformation resulting from spring-back, gravity or fabrication/assembly manufacturing operations (clamping, unclamping, welding, fastening, force application etc...). 3DCS FEA Compliant Modeler opens up a whole new world of tolerance simulation capabilities.

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3CS FEA Compliant Modeler (CM) for V6 empowers the user to incorporate Finite Element Analysis (FEA) into Dimensional Analysis. 3DCS CM for V6 adds the ability to apply FEA Mesh to parts and features that link material properties to node points. When analyzing process variation, the software deforms the part geometry based on process and force input from assembly processes such as welding, clamping, bending, bolting and more.As part of a 3DCS Variation Analyst simulation, 3DCS CM for V6 adds another level of realism, and increases the accuracy of analysis results when working with compliant and flexible assemblies rather than rigid body components. This becomes especially useful when working with aluminum and other flexible materials commonplace in the aerospace and automotive industries.

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3DCS Mechanical Variation Analyst is a new tool from DCS specially geared for the mechanical world. 3DCS Mechanical is an easy to use product that allows users to model mechanical and kinematic assemblies with full range of motion. These assemblies use new joint and constraint assembly definitions instead of the 3-2-1 move routines which allow automatic extraction of the assembly process, making the modeling process faster and easier. This, in addition to the new kinematic solver, GGCM, allowing tolerance analysis of over-contrained assemblies, makes 3DCS Mechanical an excellent fit for performing variation analysis on engines, switches, gears and other mechanical components.

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3DCS Mechanical Modeler for V6 is specially geared for the mechanical world. 3DCS Mechanical Modeler is an easy to use add-on that allows users to model mechanical and kinematic assemblies with full range of motion. These assemblies use new joint and constraint assembly definitions instead of the 3-2-1 move routines which allow automatic extraction of the assembly process, making the modeling process faster and easier. This, in addition to a new kinematic solver that allows tolerance analysis of over-constrained assemblies, makes 3DCS Mechanical an excellent fit for performing variation analysis on engines, switches, gears and other mechanical components.

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3DCS CAA V5 Based is the state-of-the-art dimensional tolerance analysis tool for simulating design and manufacturing / assembly processes. As a Dassault Systemes Premier Gold Partner, 3DCS is fully integrated into CATIA V5 leveraging the digital prototyping and visualization capabilities of V5. Tolerance analysis modeling has never been more accurate, effecient to perform and easy to use. Design & tolerance changes are immediately reflected in the 3DCS tolerance model. The result is faster development of higher quality products at a lower cost.

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