Traditionally, CAD systems hated "dumb" mesh data. NX10 obliterated this barrier. You can now directly manipulate STL facets as if they were solid bodies. You can:
A subdivision modeling environment that enables designers to create complex, smooth-flowing shapes without the rigid constraints of traditional parametric modeling.
Synchronous Technology, a hallmark of Siemens PLM software, allows users to utilize both parametric (history-based) and direct (geometry-based) modeling simultaneously. In NX 10, this technology was refined to offer greater control over geometry modification. Users could push and pull on complex surfaces without worrying about the history tree failing—a common nightmare in strict parametric systems. This flexibility was crucial for working with imported data from other CAD systems, a common requirement in global supply chains.
Traditionally, CAD systems hated "dumb" mesh data. NX10 obliterated this barrier. You can now directly manipulate STL facets as if they were solid bodies. You can:
A subdivision modeling environment that enables designers to create complex, smooth-flowing shapes without the rigid constraints of traditional parametric modeling.
Synchronous Technology, a hallmark of Siemens PLM software, allows users to utilize both parametric (history-based) and direct (geometry-based) modeling simultaneously. In NX 10, this technology was refined to offer greater control over geometry modification. Users could push and pull on complex surfaces without worrying about the history tree failing—a common nightmare in strict parametric systems. This flexibility was crucial for working with imported data from other CAD systems, a common requirement in global supply chains.