Case studies in rapid prototyping, mass customization, tool making, and specialty manufacturing using Autodesk® Fusion 360 and a Tormach CNC mill.

With 3D printing revolutionizing the protoype design process, this class steps you through using Autodesk Inventor and 3D printing to iterate a design.

Discover how Autodesk Fusion 360 and 3D printing can be used to accelerate prototype development.

Learn how Fusion 360 can be your one stop solution in rapid prototyping, starting by modelling your part, simulating the use cases and then producing your part by programming a milling machine. The class highlights the colaborative, cloud and freeform features of fusion 360

Learn how Fusion 360 CAM, a desktop CNC, and an inexpensive, reusable material can streamline the inclusion of 3D design and advanced manufacturing into an educational program.

Creating a prototype is as easy as pushing a button! And, Fusion 360 is a large part of an effective prototype workflow. Learn how you can use the tools in Fusion 360 for prototype development, product design, and 3D printing.

Learn how to use Fusion 360 to rapidly prototype electronics cooling within Autodesk CFD by utilizing the Simplify workspace, and implementing electronic cooling best practices.

All in all there are 6/7/8 major steps in4/5 sections Section 1: build the motor housing and handle part Section 2: build the front hand grip and dangerous saw end Section 3: build the transition Section 4: battery match Section 5: make solid, shell (3D print on the Fortus Machine at Pier 9) Steps: Concept Sketch at the Origin & Side Profile Layout 2D T-spline Loft to describe the major character line of the part Crease Un crease edges Bridge with crease on Bevel tool for sharp edge refinement Edit Form (this the sculpting part)there is a lot of this-no getting around it-here we’ll introduce Soft Modification. Flatten & Scale to Zero Zebra Analysis plus a 2nd Zebra with opacity to Zero (this is a visualize pro tip to avoid the reversed surface normal)