![]() Perform tooling split to separate core and cavity.Ĭreate the core and cavity automatically with the Tooling Split tool. Use the Ruled Surface tool to create the interlock surfaces. Use the automated option that is part of the Tooling Split tool. These surfaces are used to separate the mold cavity geometry from the mold core geometry.Īpply these solutions for interlock surfaces: Use the Parting Surface tool to extrude surfaces from the parting lines generated earlier. With certain models, use the ruled surface tool to create interlock surfaces along the edges of the parting surface. You can then create the core and cavity.Ĭreate the parting surface, from which you can create the tooling split. The no fill option is used to exclude one or more through holes so you can manually create their shut-off surfaces. The tool creates surfaces to fill the open holes using no fill, tangent fill, contact fill, or a combination of the three. Generate parting lines with the Parting Lines tool that selects a preferred parting line around the model.Ĭreate shut-off surfaces to prevent leakage between core and cavity.ĭetect possible sets of holes and automatically shut them off with the Shut-off Surfaces tool. Select the parting lines from which you create the parting surface. For odd shaped parts and glass filled plastics, you can specify nonlinear values. Resize the model's geometry with the Scale tool to account for the shrink factor when plastic cools. Side cores eject from the mold as it is opened. These areas require a mechanism called a “side core” to produce the undercut relief.
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