Inhalt: Interested in making your own instruments? Or do you want to see how computer-aided fabrication results in real-world products? This course is for you. Educator/DIY engineer Taylor Hokanson demonstrates how to use RhinoCAM to prepare a 3D model of an electric guitar body/neck for later fabrication on a CNC mill. This project covers a variety of techniques, including flip milling, profiling, pocketing, horizontal roughing, and parallel finishing, and shows how to adjust the model to account for third-party components like pickups. Umfang: 01:01:52.00
Inhalt: Learn how to use Autodesk Fusion 360, the cloud-based 3D computer-aided design (CAD), computer-aided manufacturing (CAM), and computer-aided engineering (CAE) application that unifies design, engineering, and manufacturing into a single platform. Instructor Taylor Hokanson gives an overview of the interface, then walks through the modeling, sculpting, and rendering workflows in Fusion 360. Taylor also shows how to import reference images, use the sketching tools, extrude 3D shapes, combine components into assemblies, and render animations that show designs in action. Plus, learn how to sculpt organic shapes by editing T-spline forms. Umfang: 01:24:52.00
Inhalt: Learn how to use Autodesk Fusion 360, the cloud-based 3D computer-aided design (CAD), computer-aided manufacturing (CAM), and computer-aided engineering (CAE) application that unifies design, engineering, and manufacturing into a single platform. Instructor Taylor Hokanson gives an overview of the interface, then walks through the modeling, sculpting, and rendering workflows in Fusion 360. Taylor also shows how to import reference images, use the sketching tools, extrude 3D shapes, combine components into assemblies, and render animations that show designs in action. Plus, learn how to sculpt organic shapes by editing T-spline forms. Umfang: 01:25:26
Inhalt: Computer numerical control (CNC) milling is a subtractive process that allows you to carve digital 3D models out of blocks of solid material like foam, wood, plastic, or metal. Computer-aided design and manufacturing (CAD/CAM) programs are used to control CNC mills, which can fabricate objects that are often stronger than those created by additive means-for example, 3D printing. In this short course, Taylor Hokanson helps you get up and running with Mastercam, one of the most popular CAD/CAM applications. He demonstrates how to use this program to create basic geometry and convert it to toolpaths for export to the mill of your choice. Umfang: 00:56:11.00
Inhalt: As products get smarter-and as the Internet of Things (IoT) becomes more a part of everyday life-electronic components are more commonplace in product design and prototyping. In this course, learn how to prepare electronic schematics for fabrication as printed circuit boards (PCBs) using the EAGLE PCB layout software from Autodesk. Instructor Taylor Hokanson shows how to design a circuit in schematic view and translate it to a physical PCB design. He also shows how to prepare the board for manufacturing by examining your design for errors and warnings. Umfang: 01:15:03.00
Inhalt: CNC milling, or computer numerical control milling, allows you to carve digital 3D models out of blocks of solid material like foam, wood, plastic, and metal. Using RhinoCAM, an add-on to Rhinoceros 3D, you can create your own models for desktop CNC milling machines, and build objects that are stronger than those created by additive means, including 3D printers. In this short course, author Taylor Hokanson explores RhinoCAM, focusing on converting a 3D model from another graphics program to a "toolpath", or a set of instructions for a CNC mill to follow. From there, you can import the toolpath into the mill of your choice. Note, however, you should already be familiar with model generation in Rhino (a Windows-only program) before attempting this material. We recommend viewing Rhino 5 Essential Training to learn more. This course was created by Taylor Hokanson. We're honored to host this training in our library. Umfang: 00:54:12.00
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