SplitWorks® is a revolutionary new product, using advanced technology, to automate the process of core and cavity separation and creation for the plastic molding, blow molding, sheet metal (progressive dies, bending), aluminum injecting, investment casting, wax molding for ceramics technology industries, including advanced technology to update the inserts after any modifications or additions to the part including changed IGES/Parasolid files!
Incorporates process-specific knowledge of mold making in CAMD (Computer Aided Mold Design) software.Delivers levels of productivity that dramatically outperform traditional mold making software at an affordable price!Provides time-to-market gains of 2-1 or better!
SplitWorks’ intelligence begins by analyzing the part model and then displaying a color coated preview of the part, showing the potential core, cavity, zero draft angle surfaces and surfaces which belong to both the core and the cavity, according to the selected splitting direction.
The part may be a solid created within SOLIDWORKS, or imported from any other CAD system via SOLIDWORKS’ translators. SplitWorks will work even on non-solid geometry giving it a significant competitive advantage over other products.
The user can modifying the split direction, by simply clicking on a plane, planar face or edge, which dynamically updates the preview. Undercuts and “no draft” angle surfaces are analyzed at this stage allowing “you” to determine the best splitting direction.
Explode the Groups according to the core and cavity direction as well as given directions for other groups.
Find ALL holes within a part surface and plug them where possible, leaving the unplugged holes highlighted to be plugged with Standard SOLIDWORKS tools.
Loft menu can be used as an automatic parting surface generator (when appropriate) or as a tool to create parting surfaces step by step using built-in redundancy overcoming composite curve and lofting reorder failures.
Automatically create solid insert from standard or user defined material blanks.