to prepare Parts for V5 modeling, then to prepare Part for moldability and get splitting CATIA – Core & Cavity Design 2 Configuration (CV2) Product List. The basic knowledge of CATIA v5 in the scope of in Part Design module. System Open new folder named Core & Cavity Design and save CCDmodel CATIA. CATIA V5 Mechanical Design Expert 4 Pages·· KB·0 Downloads. CATIA – Core & Cavity Design 2 (CCV) allows rapid and cost effective de.
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Compass is used to define easily and interactively the right slider direction.
Slider Pulling Direction definition: This is a visual method to enhance readability of the moldability of the part. Transfer of faces from one area to another.
The green faces can be unmolded in the slider direction and the blue one need to be part of an other slide, loose core or to be splitted. Create associative definitions of the core and cavity of a mold and assesses part moldability, tool feasibility and the detailed mechanical design of core and cavity plates. User can also split an area and distribute the result in the molding catis.
The Part is automatically divided in 2 sets.
CATIA – Core & Cavity Design Configuration
This products provides a fast splitting tool that takes a surfacic or solid part and separates it into core and cavity with sliders and loose cores. The Part is automatically divided in 3 sets, related to the selected associative pulling direction.
Based on draft analysis criteria, this tool enables designers to identify slider surface from the previously identified undercuts area. Compass is used to define easily and interactively the right pulling direction.
CATIA – Core & Cavity Design
Split of faces into an area Parting line definition Product Key Customer Benefits Import of Part design data solid or surfacic and scaling application: Main pulling direction definition: Designer can use Cut, Copy, Paste and Split of faces from a molded area to an other one. To take in account the shrinkage during molding operation, user has the ability to apply affinity or desigb.
This product allows also the user to fill up technological holes within the core and cavity surfaces, identify the parting lines and to generate the parting surfaces.