: Use these surfaces to define where the mold halves will separate. You can create these by extending the silhouette curves to the edges of the workpiece.
: Use the Mold Opening tool to check for interference and ensure the part can be successfully ejected from both halves. Key Advantages of Using Creo for Molds
: Convert the resulting volumes into solid parts. This allows you to perform secondary operations like adding cooling lines , ejector pins , and runners . Mold design Using PTC Creo Parametric (Pro Engi...
: Create the raw block of material (stock) from which the core and cavity will be split. You can use the Automatic Workpiece tool to generate a block based on the reference part's overall dimensions. Develop Parting Geometry :
Designing a mold in (formerly Pro/ENGINEER) involves a systematic workflow that transitions a 3D part model into a multi-component manufacturing assembly. By using the dedicated Mold Design module, you can automate the creation of cores, cavities, and parting surfaces while maintaining full associativity with the original design. Core Workflow for Mold Design : Use these surfaces to define where the
: Automatically detect the outermost profile of the part to help define the parting line.
: Before starting the mold, evaluate the part for manufacturability. Key Advantages of Using Creo for Molds :
: Verify that wall thickness is uniform to prevent cooling issues. Create Manufacturing Assembly : Open a new file and select Manufacturing > Mold Cavity .