Direct, real-time free-form 3-D surface creation and modification, without prior curve and point cloud generation
Advanced gap, levelling and flatness analysis capabilities
Head Impact Diagnosis capability for early detection and removal of potential homologation safety issues
Visual diagnostics with dynamic updates as modifications are made
Realistic, real-time rendering of every design change
Advanced Surfacing Technology
Class A surfaces for automotive exterior and interior design as well as consumer goods, and structural surfaces
High quality surfaces in tool and die design
Unified Modelling — a methodology, combining all modelling functions, local and global, in one menu, making surface modelling significantly easier and more natural
Local and global modelling options
Based on free-form representations (NURBS, Bezier) including trimmed surfaces
Reverse Engineering
Painlessly handle input from digitised physical models
Create free-form surfaces from digitised data or CAD data with automated smoothing and approximation capabilities
All major touch probe, laser scanner and optical digitalisation formats supported
Develop surface models from ordered or unordered (point clouds) digitised data in a fraction of the time
Virtual Modelling
Bridge the gap between artistic aesthetics and engineering functionality
Maintain design intent while resolving feasibility issues