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Unlike other direct geometry systems, IRONCAD INOVATE will maintain the feature design information that is not effected by the direct geometry modification, creating the only application that can truly support a mixed feature environment.

This capability allows the user to work on imported data containing no feature information directly as well as the Innovative Parts with feature information. In addition to the non-restrictive history based capabilities, users are able to directly edit the geometry regardless of the underlying definition of the feature. The advantage in this approach is to apply intent when needed allowing the user to place only the critical design intent during their design process without the need of system applied rules that may not apply to their design task. Since the Innovative Part Design supports features, users are able to add specific design rules to create parametric design intent. This flexibility allows the user to work as if they were working with a physical object in their hands eliminating rules implied by the system. Innovative Part Design also provides a level of flexibility by allowing the user to refer to geometry elements regardless of the history order in which the geometry appears. SmartUpdate technology within Innovative Part Design aids the users by intelligently managing the feature history giving predictable results when changes are made by the user. Although it has a history of features, the system allows the user the ability to dynamically change the history order without inverse effects of feature dependency rules and restrictions. Innovative Part Design - Innovative Part Design allows users to build a non-restrictive history of features that make up the design aspects of the part.However, INOVATE does not support the ability to create Structured Parts.Įach part design types have unique behaviors that benefit different aspects of design as follows: INOVATE can load IRONCAD files and edit Structured Parts. IronCAD provides the ability to design different types of parts in a single modeling environment to fit the needs of the designer and the task at hand.