: The Mold Design Extension (MMX) provides catalogs for standard mold bases and hardware (ejector pins, slides, and lifters).
: Import the part you want to mold. This creates a "reference part" that stays linked to the original design. Mold design Using PTC Creo Parametric (Pro Engi...
: Before starting the mold, evaluate the part for manufacturability. : The Mold Design Extension (MMX) provides catalogs
: Verify that wall thickness is uniform to prevent cooling issues. Create Manufacturing Assembly : Open a new file and select Manufacturing > Mold Cavity . : Before starting the mold, evaluate the part
: Use the Mold Volume Split tool to divide the workpiece into distinct volumes—typically the Core (bottom half) and Cavity (top half).
: Account for the material's contraction as it cools. You can apply shrinkage by scaling the model relative to a coordinate system or dimension.
: Convert the resulting volumes into solid parts. This allows you to perform secondary operations like adding cooling lines , ejector pins , and runners .
: The Mold Design Extension (MMX) provides catalogs for standard mold bases and hardware (ejector pins, slides, and lifters).
: Import the part you want to mold. This creates a "reference part" that stays linked to the original design.
: Before starting the mold, evaluate the part for manufacturability.
: Verify that wall thickness is uniform to prevent cooling issues. Create Manufacturing Assembly : Open a new file and select Manufacturing > Mold Cavity .
: Use the Mold Volume Split tool to divide the workpiece into distinct volumes—typically the Core (bottom half) and Cavity (top half).
: Account for the material's contraction as it cools. You can apply shrinkage by scaling the model relative to a coordinate system or dimension.
: Convert the resulting volumes into solid parts. This allows you to perform secondary operations like adding cooling lines , ejector pins , and runners .