Videos tagged with SolidWorks

This video explores advanced CAD techniques for firearm component design, focusing on remixing existing designs and parametric vs. surface modeling workflows. Unseenkiller demonstrates how to leverage STEP files, create design blanks, and utilize tools like Fusion 360's surface modeler and edit face tool for complex modifications. The discussion highlights the trade-offs between parametric precision and the flexibility of surface modeling for rapid iteration and design adaptation.

This video explores the fundamentals of Computer-Aided Design (CAD) using Fusion 360, drawing from the 'Mastering Fusion 360' book. It covers basic sketching, extrusion, revolution, and introduces concepts like parametric modeling, constraints, construction lines, and the transition to surface modeling. The discussion highlights the software's capabilities for 3D printing design and compares its workflow to SolidWorks, emphasizing the learning curve and the value of structured learning resources.

This video, featuring Chairmanwon and Hoffman Tactical, delves into advanced CAD surfacing techniques for firearm design, focusing on creating complex, organic shapes for improved ergonomics. It contrasts traditional solid modeling with surfacing, explaining how surfaces, though initially without thickness, allow for greater design freedom and intricate geometries. The discussion highlights specific tools and workflows in SolidWorks and Solid Edge, emphasizing the importance of surfacing for achieving ergonomic features that are difficult or impossible with basic extrusion methods. The presenters demonstrate how to build complex surfaces from sketches and guide curves, and then integrate them into final models using operations like thickening, Boolean subtraction, or face replacement, ultimately enabling more refined and user-centric firearm designs.

This guide outlines the process of 3D printing firearm components, as demonstrated by Brandon Herrera. It covers the workflow from Computer Aided Design (CAD) using software like SolidWorks to slicing models with Cura and finally printing on a Creality Ender 3. The process emphasizes the accessibility and potential for decentralized manufacturing of firearm parts.

This guide details the construction and testing of the AK-50 prototype, a .50 BMG rifle developed by Brandon Herrera. It highlights the use of advanced manufacturing techniques like SolidWorks CAD and Haas CNC machining, alongside critical gunsmithing collaboration and rigorous testing to achieve a functional proof-of-concept. The process emphasizes engineering problem-solving to overcome challenges such as ejection issues.