Parametric 3D Modeling of a Multi-Angle Vise

Key Engineering Contributions

1. 01
   Parametric Part Modeling: Engineered individual steel components from scratch in Creo Parametric using provided geometric constraints, utilizing advanced extrusion, revolve, and pattern operations to model the base, split shells, core, and handle.
2. 02
   Mass Properties Validation: Computed and validated physical material properties for each component, ensuring accurate volume, surface area, and density (7.827 x 10^-6 kg/mm3 for steel) calculations to confirm design fidelity.
3. 03
   System Assembly: Integrated 10 unique component types into a fully constrained, interference-free master mechanical assembly designed to accommodate the 360-degree rotation and 90-degree tilt of the physical device.
4. 04
   Engineering Documentation: Produced industry-standard 2D engineering drawings featuring orthogonal 3-view layouts, exploded assembly configurations, and a comprehensive Bill of Materials (BOM) strictly adhering to ASME Y14.5-2009 dimensioning and tolerancing standards.

Visual Documentation

Figure 1

01.png

Fully constrained 3D assembly of the multi-angle vise modeled in Creo Parametric

Figure 2

02.png

Production-ready engineering drawing of the PanaVise assembly, formatted to ASME Y14.5-2009 standards