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With Digital Project Imagine & Shape, designers can quickly and intuitively transform a shape idea into a 3D geometric model. Dedicated to aesthetic shape creation for conceptual design, Digital Project Imagine & Shape introduces new approaches to surface modeling. Digital Project Imagine & Shape combines powerful technology based on subdivision surfaces with simple tools that make it easy for non-surface specialists to design and innovate. Designers use Digital Project Imagine & Shape for quick surface creation, rapid prototyping, idea expression, and simulations.

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MWF-Drafting is fully integrated in the CATIA V5 Drafting Workbench. With its compact CATIA-like user interface it is used to generate drawing derivatives including hole sketches with dimensioning parameters and user defined hole tables of MWF holes. The automatic numbering of the holes in the several views establishes a clear relationship to the MWF holes in 3D. All information will be saved in the CATDrawings. The aim of MWF-Drafting is the optimization of the process chain for suppliers without CAM systems.

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Add-on to CATFiber Manufacturing product for machine simulation and collisions check

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Aikoku POST for 5 axis CAAV5 based is a integrated Post Processor to generate numerical control ISO code for 5 axis machines tools. This Post Processor will bring out the capabilities of 5 axis machines tools. Functionalities: Various 5 axis machine tools support (e.g., Rotary Table & Tilting Head, Double Tilting Head, Double Rotary Table, etc.) Linearization and optimum feed rate of 5 axis Automatic rotary table clamp Production times calculation Various condition verification (e.g., travel, feed rate and spindle limit) Related Product Aikoku POST for 4 axis CAA V5 based is a integrated Post Processor to generate numerical control ISO code for 2 through 4 axis machine tools.

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Theorem's advanced data translation tools are paving the way for new functionality to support Dassault Systemes' MultiCAx initiative - which calls for interoperability to be in the hands of users, so that "design in context" can be undertaken without the need for external translation of non CATIA V5 parts. With the option to bring in FTA data from NX, manufacturing users will have all of the information needed to make the part. Within the MultiCAx environment, CATIA V5 users are able to select a part or assembly designed in NX, and cause it to appear as a node on their CATIA V5 design tree; either as a single component or full assembly, as appropriate. A prime objective of Theorem Solutions MultiCAX Plug-In product is to enable the use of NX data parts, assemblies and 3D dimensions and annotations (FTA) inside a V5 session. The 3D dimension and annotation feature will be a separate optional licensed feature, except for DELMIA customers migrating from MUP where this feature will be provided as standard. The user will be able to manipulate heterogeneous CAD data for Review and Design in context purposes with a link back to the NX data. NX Multi-cad import is built upon the strategic DS XCAD CAA platform, this platform enables the Import of data to V5 with integrated control of quality. This application also supports the capability of outputting the data in 3DXML format. This MultiCAX Plug-In as well as enabling the user to generate data that is linked back to the original UG representation, and therefore support the ability to track and update respective to changes, it will also support Design in Context DMU and explicit design modification. Using the Plug-In with explicit modification enables the data to be subsequently modified within CATIA but removes all links back to the originating UG data. The application whilst it can be operated interactively within CATIA V5 will also be able to be run in batch mode from a command line interface ext

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Cabling Designer software is a logical harness circuit design system that simplifies the transfer of information between the physical and logical world. It accomplishes this using electro-physical objects. Some examples are Wire, Unit Connector, Wire-Harness-Connector, Joint, Splice, Joint-Connector, Shield, Twist, Bundling, Grouping. Using these electro-physical objects in an environment allows easy implementation of: 1. Wire Harness Variant Design, 2. Hierarchical capabilities allowing entire-system-connections for the wire connections and into the actual units that the wires are connected to, 3. Fully Customizable Design Rule Check (DRC) capabilities All this combined makes Cabling Designer unique in giving you the capability to deliver a producible design that is cost effective in a minimum amount of time. Cabling Designer CAA V5 Based is prepared as "Phase-2" of Cabling Designer Integration with CATIA V5. It gives you the Cabling Designer environment on CATIA V5 as its wookbench. 1. Linking all connections and objects between Cabling Designer and CATIA V5 EWR. 2. Allowing Forward and Backward annotation between Cabling Designer and CATIA V5 EWR via an XML neutral file. If you are interested in "Phase-1" which will provide the basic level integration with CATIA V5, please refer to the term of "Cabling Deaigner Interface Module CAA V5 Based".

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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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The PROSTEP OpenPDM SAP Integration for 3DEXPERIENCE seamlessly connects your PLM processes between the Dassault Systèmes 3DEXPERIENCE platform and SAP. Independent of the engineering domain in CATIA, DELMIA or SIMULIA, the integration manages the information exchange with SAP. Synchronize your product data in a bi-directional way to guarantee consistent information and lifecycle information across system borders.The integration solution is based on the world-leading PLM integration platform OpenPDM by PROSTEP. As all OpenPDM solutions, the connectors to 3DEXPERIENCE and SAP work with the official API from Dassault Systèmes and from SAP and have the capability to read and write all standard object models as well as your customized object models. The defined P&O and security restrictions are automatically respected.All information is synchronized automatically in the background without the need of user interaction. The powerful OpenPDM PROCESS engine gives you the possibility to model the business processes according to your business needs. The OpenPDM PROCESS monitoring provides an easy-to-use interface to administrators and key users.PROSTEP, SAP and Dassault Systèmes have a long history of software partnership. Based on these strong partnerships, the functionalities of OpenPDM connectors are always increased to follow and support new features as well as new system releases. In combination with the experiences of the PROSTEP PLM team we offer the best-in-class 3DEXPERIENCE integration solution.Functionality overview: Scalable solution based on proven OpenPDM PLM integration platform PLM business process driven solution based on scalable BPMN process engine Bi-directional Extensible to establish the synchronization with additional other systems Read and write full structures of standard and customized objects e.g. Engineering objec

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High quality, high performance 3-axis NC machining functions from roughing to finishing is provided. Special consideration is taken for optimisation of machining processes, treatment of raw material, collision avoidance and adoption of user defined machining know how.

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Through an innovative, patented understanding of how product design, materials and manufacturing processes translate into product costs, aPriori is helping leading manufacturing and product companies improve overall financial performance.The cost estimation process often starts when the end user opens up a CAD file in aPriori. The system then asks for a few additional pieces of input, including: the material, the general manufacturing process, a production volume and the location of manufacture (e.g., Mexico, China, etc.). Within seconds or minutes, aPriori will tell you how much it will cost to make it. Many design or engineering teams wait 1-2 weeks to get this kind of information from a supplier!Every time the user makes a change to the CAD design, the material or the factory that will make the part – aPriori automatically recalculates a revised costs within seconds.

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