Webinar Replay: Parametric & Freestyle Surfacing
Air Date: January 8, 2025
Parametric and Freestyle Surfacing Video
Mastering PTC Creo’s Parametric and Freestyle Surfacing unlocks the ability to create both intricate technical models and smooth, organic shapes with precision and efficiency. PTC Creo Parametric Surfacing can be used to quickly build complicated solid geometry. While most modeling features have a “surface” option it’s more important to know how to leverage those surfaces to create solid models. In many cases where models have complex geometry, we can combine simple technical parametric surfaces to quickly create that geometry. Freestyle Surfacing can be used to create more “organic” shapes not confined by traditional parametric constraints. Freestyle surface modeling allows us to create smooth and well-defined B-spline surfaces quickly and easily using a polygonal control mesh. The elements of a Freestyle surface can be subdivided to provide even greater detail, control, and manipulability.
Webinar Replay Highlights
0:00–9:11 Introduction and Overview
9:12–27:44 “Cookie Cutter” Model
Links to Other Pages
- Classification of Parts: Learn how effective part classification can streamline your design process, improve organization, and facilitate component access.
- PLM System Implementation: 4 Keys Unlocking PLM Potential: Discover the four key steps to successful PLM system implementation, unlocking the full potential of your product lifecycle management.
- AI in Architecture: Revolutionizing Design and Construction: See how AI is revolutionizing design and construction in architecture, improving efficiency and driving innovation in the industry.
- PLM For Medical Devices Using Windchill: Understand how Windchill supports PLM for medical devices, ensuring compliance and accelerating product development with advanced features.
- What is Codebeamer?: Find out what Codebeamer is and how it enhances application lifecycle management with its collaborative features and customizable workflows.
Leave A Comment