surface-spoon

Software Used: SolidWorks Techniques: Lofts, Sweeps, Boundary Surfaces, Fillet Management 1. Project Overview This project involved the conceptualization and 3D modeling of a contemporary stainless steel spoon. The goal was to balance aesthetic elegance with ergonomic functionality, ensuring a comfortable grip while maintaining a sleek, modern profile. 2. Design & Technical Execution Instead of basic extrusions, I utilized advanced modeling techniques to achieve the fluid transitions between the handle and the bowl: Complex Surfacing: Employed Boundary Surfaces and Lofts with guide curves to create the organic, curvature-continuous (C2) transitions required for a premium feel. Sketch Control: Used fully defined 3D sketches to ensure parametric stability, allowing for quick adjustments to the bowl depth and handle thickness. Ergonomics: Focused on the weight distribution and "pinch point" geometry where the thumb rests, ensuring the design is as functional as it is visual. Draft Analysis: Performed a draft analysis to ensure the part is manufacturable via traditional forging or injection molding processes. 3. Key Features High-Polished Finish: Defined material properties to simulate 18/10 stainless steel. Curvature Continuity: Minimized "zebra stripe" distortions to ensure a seamless reflection across the entire body. Parametric Design: Built with a clean feature tree, allowing for easy scaling into a full cutlery set (forks, knives, etc.).