Hear from a knife maker on how we capitalize on lathe functionality within Fusion 360 software—CAM (computer-aided manufacturing). In this class we will show how to use Fusion 360 Lathe to design parts, set up relevant tools, create toolpaths, simulate, and post the GCode. We will show several methods to design lathe parts, including extruding cylinders and stacking them, as well as drawing a profile sketch and revolving the object to create it. We will spend a lot of time in the CAM environment, showing real-world examples of how to set up many different kinds of tools in all orientations, how to create complex toolpaths to do exactly what you want, and how to use the simulation to your advantage. We will also go over several hidden tips and tricks that will really maximize what Fusion 360 software is capable of on a computer numerical control (CNC) lathe. On the postprocessor side of things, we will show what the GCode looks like and how it works in the real world. Lastly, we will have video demos of these exact parts being turned on our Tormach Lathe. This session features Fusion 360. AIA Approved

This class is designed for existing users of the Fusion 360 3D CAD platform who are looking to take advantage of the CAM (computer-aided manufacturing) capabilities. Topics covered will include prototyping and production strategies, better use of 2-D operations, better use of 3-D operations, the workholding of best practices, and 3+2 and indexing strategies. This session features Fusion 360.

This class is designed for existing users of the Fusion 360 3D CAD design app who are looking to take advantage of the CAM capabilities found inside the Fusion 360 app. Topics covered will include fixturing, multiple setups, multipart setups, 3+2 machining, setup sheet customization, and post processing.

Inspired by the integrated product-development capabilities in Fusion 360 software, this class will walk through the advantages of using the multidisciplinary workspaces (ECAD, modeling, CAM) of the product-innovation platform. You will learn how to save time and money while avoiding frustration by rapidly exploring iterations of a design to optimize a printed circuit board (PCB) and mechanical components for an electromechanical assembly. To fully encompass the design process, we will use ECAD and EAGLE to address basic PCB design principles. We will then use the PCB design to create a parametric electromechanical assembly in Fusion 360, after which, we will use the CAM workspace to develop machining operations for the mechanical components. Finally, we will make a design change to the base PCB component, and we will update the assembly model and CAM operations to illustrate the efficiency and interdisciplinary communication benefits of integrated product development in Fusion 360.

This class will focus on the fundamentals of Fusion 360 CAM software for both new and current users, by understanding workflows in the CAM workspace through job setups creation, stock definition, and work coordinate systems alignment. We will demonstrate how simple and easy it is to use Fusion 360 CAM by applying 2D toolpath operations with geometry selections that drive them and learning how geometry-based toolpaths can be applied using 3D operations. Class attendees will learn how to verify toolpaths with full stock simulation, create setup sheets, and postprocess G-code for their machines. These foundational concepts will help new users understand the benefits of truly integrated CAD/CAM using Fusion 360 to seamlessly update all toolpaths when CAD revision or design changes are required. This class will help you learn how to make anything with Fusion 360.

This class will be an overview of how managing production within the Autodesk manufacturing ecosystem lets seamless workflows and real-time insight into production status. We will demonstrate a workflow- starting in design within Autodesk CAD Solutions, moving to programming with Autodesk CAM Solutions, demonstrating production tracking and quality assurance in Fusion 360 Production, and showing how production data can be fed back into design and programming to increase overall production speed and efficiency. These clear communication channels can dramatically reduce the amount of overhead that job shops need to manage by presenting the right information to the right people at the right time. This is the benefit of operating within the Autodesk network.

For years I've used 3D printers when teaching workshops to young (and not so young) makers. As delighted as participants are to see their objects appear, we always run out of time. This same problem applies to my design and prototyping cycle. A computer numerical control (CNC) router can, in many cases, cut the same object in less time. Inventables' Carvey is luggable, enclosed, and features a safety interlock-perfect for groups of young people. And it's extremely well supported by Fusion 360 computer-aided machining (CAM). Add in machinable wax, and you've got the perfect material for learning: you can run at high feed rates, you don't have to contend with fine particulates, and you can recover and reuse nearly 100% of the material for the next workshop. I'll share my process, tips, and techniques for using this combination to go from model to material quickly, quietly, and cleanly.

This class will focus on Fusion 360 CAM fundamentals for both new and current users by investigating workflows in the CAM workspace. Demonstrating how simple it is to use Fusion 360 CAM, we’ll apply turning and 2D milling operations with geometry selections that drive them, and learn how geometry-based toolpaths can be applied using 3D milling strategies. Attendees will learn how to verify toolpaths with full stock simulation, create setup sheets, and post process G-code for their machines. These foundational concepts will help new users understand the benefits of truly integrated CAD/CAM using Fusion 360 to seamlessly update all toolpaths when CAD revision or design changes are required. This class will help you learn how to make anything with Fusion 360.

Discover what makes Fusion 360 software the fastest rapid-prototyping CAD/CAM software available. Users will learn how to use parametric design history, user-defined parameters, and the tools in the Manufacturing Workspace to create rapid-prototyping templates to bring models from CAD models to machines in minutes. When the tedious work of CAM setups, tool libraries, feeds and speeds, and fixturing / work holding can be baselined in a standard template, designers and operators can spend more time focusing on product development and part optimization. With a few simple rules, tips, and tricks coming straight from the Autodesk Technology Center Workshops, you can create standardized CAD/CAM templates to streamline design to make workflows at any level.

Machining departments need to deliver the highest-quality parts at the lowest cost in the least amount of time. To meet those demands and help their organizations ship quality products on time, technology is critical. When it comes to making precision round parts, multiaxis lathes that can both turn and mill a part complete on a single machine are often used. Whether you’re producing families of parts or prototypes, or making revisions to existing parts, learn how associative manufacturing tools in Fusion 360 software let you make changes to both CAD and CAM quickly and easily.

This class is designed for existing users of the Fusion 360 3D CAD platform who are looking to take advantage of the computer-aided manufacturing (CAM) capabilities. Topics covered will include workholding, multiple setups, multipart setups, 3+2 machining, setup sheet customization, and post processing.

In this session, we'll look at a workflow that goes from a drawing to the output of technical documentation for high-volume production using multiple setups and machines. It starts with raw material and the use of parametric modeling and model states to break up the individual operations. From there we can use Inventor Tolerance Analysis to determine stackups and points of high risk during machining. The model is then translated to Autodesk Fusion 360 software for its machining capabilities. It quickly shows the machine library and tooling library capabilities. The Fusion 360 CAM validates cycle times and interference checks. Fusion 360 CAM data is then exported. With Inventor, the part is then made into technical drawings. Tooling and inspection documents are then populated with all the necessary data. Any part updates can be driven parametrically, validated, and updated on demand.

Learn to extend the power of Autodesk, Inc.'s, fully integrated CAM Solution for Fusion 360 software. In this class you will see just how easily you can program a lathe part. This class is designed for users interested in lathe functionality for Fusion 360 software; and it will also focus on tips, tricks, and training so users can get the most out of CAM for Fusion 360 software, the integrated CAM Solution driven by the same kernel behind HSMWorks software and Inventor HSM software.

This class will cover the fundamental concepts of CNC programming with Inventor CAM, and Fusion 360 CAM the milling and turning applications. Attendees should expect to learn core concepts necessary for CNC programming any part as well as general best practices.

In this class, you will learn how to model and make the Hulkbuster Suit, which was featured in the Iron Man movie series, with Fusion 360 software. The Mark XLIV Armor, better known as the Hulkbuster, is Tony Stark's 44th Iron Man suit, made with the help of Bruce Banner. The armor was brought into play to protect Wakanda from Thanos's invading army in this year’s blockbuster movie Avengers: Infinity War. We'll explore the digital workflow with Fusion 360. Using ReCap software to convert human scan data to mesh model, we’ll use Fusion 360 to model the suit to fit the human mesh. We’ll then create pattern creation with ExactFlat Online, lay out a nested flat pattern, and cut out stock sheet using Fusion 360 CAM 2D profile cutting. We’ll assemble all the parts together, and the Mark XLIV Armor will be finalized with perfect shape and size. The Hulkbuster Suit model for this class can be viewed on the Fusion 360 gallery.

Do you want to offer customized products to your customers but save on engineering and CAM-programming time? In this class, you’ll learn how to parametrically build your product models, use Microsoft Excel and Google sheet for easy parameter input, and generate CAM toolpaths with minimal-to-no user interaction with the Inventor CAM and Fusion 360 CAM API. You’ll learn how to overcome the limitations of nesting CNC milling toolpaths on a flat sheet material to have a seamless and time-saving workflow from order to production.

Fusion 360 3D CAD/CAM software has opened up a world of possibilities to engineers, machinists, and makers. It is no longer necessary to spend serious money to get into an integrated CAD/CAM package with equally serious capabilities. But this is a double-edged sword, and it's had the effect of inserting into the manufacturing sector people who have little to no experience in machining, quality control, or customer relations. This course seeks to provide a comprehensive list of tips, tricks, and advice in the areas of computer numerical control (CNC) machining, quality control, customer relations, and personal/business integrity. While a lot of the content is "software agnostic," Fusion 360 will be used to its full extent as often as is possible.

Designing and making a custom-fit Ironman suit with my son for Comic-Con International: San Diego is the inspiration for this class. It's like asking a tailor to use CAD for textile design or requesting a well-cut Italian suit made from metal. It started with the shape of my son. Then the compounded complexity of modeling sheet metal layers that custom fit him. Last but not least, how were we to work out the flat pattern of these complex surfaces? Finally, we had to make it, but with what and how? In this class, we'll explore a digital workflow with Fusion 360 software. We can use ReCap Pro software to convert human scan data to mesh model. We can refine mesh model with ReMake software. We can use Fusion 360 for sheet metal design based on the human mesh. And we can do flat pattern creation with ExactFlat Online software. We then lay out a nested flat pattern and cut on stock sheet using Fusion 360 CAM 2D profile cutting. We assemble all the parts together, and the custom-fit Ironman suit is finalized with perfect shape and size.

Ever wanted to get hands on with CAM in Fusion 360 software but felt a bit intimidated or didn't know where to begin? Want to see a job set up and run live during the session? Well, this is the class for you! Throughout the last 10 months, the speaker has gone from knowing nothing about machining or CAM to knowing slightly more about machining and CAM! This is the class for CAM newbies! We will go through the process of posting out your first computer numerical control (CNC) job without assumed knowledge. This will involve opening the Manufacture workspace in Fusion 360, creating a setup, creating tools, generating toolpaths, and posting out to machine G-code. We will even have a live demonstration of the running of the CNC job on a machine at University of Warwick's Engineering Build Space!

In this 90-minute software demonstration, we’ll utilize some of Fusion 360 software’s latest CAM and collaborative functionality to tackle some of the biggest challenges our customers face. Design modification, quality control, and the accessing of difficult to machine areas can all prolong project completion. We’ll use brand-new toolpaths and probing functionality to demonstrate best practices for the designing, machining, and inspection of a complex mold tool. By the end of this session, we hope to expand your Fusion 360 knowledge, providing you with the latest information to help you improve your manufacturing efficiency.