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CATIA V5 - Week H - Core, Cavity & Mold Design (5 days) | |
5 Days | |
FMP: Functional Molded Part Define the main shapes of a molded part as added or removed material Add functional features such as ribs or cutouts to the part Finalize the molded part using the feature modifiers such as fillets or patterns Use the multi-body approachExtract cores and cavities from the final part Mold Tooling Design Create the mold base having guided and fixed components using Mold Tooling Design workbench Build the complete assembly of a Plastic Injection Mold. TG1: Tooling Design Create the die and mold components using Mold Tool Design workbench. Instantiate the components in a die or mold structure. Core & Cavity Design Import the part to a mold Define the main pulling direction Update mold areas by transferring, splitting and segregating faces Create a parting surface Use functionalities dedicated to stamping Perform a geometric comparison of two parts | |
All designers, especially in the tooling design domain | |
V5F: CATIA V5 Fundamentals, V5S: CATIA V5 Surface Design | |
Functional Molded Part workbench to create molded parts from the main shapes definition and to finalize the partwith additional dress up features. You will also be taught the multi-bodyapproach and will finally learn how to extract cores and cavity from the final part. Basics of functional Molded Parts Basic FeaturesFunctional Feature Feature Modifiers and Dress-Up Tools Multi-Body Features Extraction Features Mold Tooling Design Create the mold base having guided and fixed components using Mold Tooling Design workbench Build the complete assembly of a Plastic Injection Mold. Tooling Design Introduction to Tooling Design Creating Components Editing Components Specific Components : Inserts & Sliders Advanced Add/Remove Capabilities Core & Cativity Design Import the Part to mold Define the Define a Slider/Lifter Pulling Direction Work on Mold Areas : Transfer, Aggregate, Split, Explode, Bounding Box Define Parting Surface |