Hear from ASME experts as they share the in-depth research results and insights that predict how new workflows will shape the Future of Work in manufacturing over the next 5-10 years. A panel of industry and technology experts will discuss the overarching industry implications and business outcomes driving the advancement of manufacturing, how the Mechanical Engineers, Manufacturing Engineers, and Machinists roles will evolve, and identify the new set of hard and soft skills required to succeed. Learn how new workflows are taking hold in the industry and the workforce training, technology, and operations infrastructure that is required to achieve fundamental improvements in productivity, quality, and profitability. Finally, understand how industry, academia, and government can support the development of the skills and knowledge among students and professionals.

This class will cover the fundamental concepts of programming in HSMWorks, Inventor HSM, and Fusion 360. Attendees should expect to learn core concepts necessary for programming any part as well as general best practices from seasoned machinists and product experts.

Micromachining is a notoriously demanding process that requires precision beyond levels that most machine shops are comfortable with. However, any shop can take on micromachining jobs with the right cutting tools, machines, accessories, and some knowledge on the differences between traditional machining and the nuances that micromachining brings with it. In this session, we will dive into strategies for successful micromachining, covering both micromilling and microturning applications. We will talk about cutting-tool selection and how it can differ from traditional machining standards, how miniature tooling reacts differently in the cut than larger tooling, and ways that you can take your machines to the next level with high-speed spindles and accessories.

Your design experience makes you extremely valuable in today’s modern manufacturing environment. Hear how the skillsets of a “machinist” have changed, and where you fit in. Gain insights from Haas Automation experts on their Next Generation Control, and pick up practical tips to bolster your manufacturing skills. New to CNC Machining? Join us as we bridge the gap between software and the shop floor.”

Fusion 360 software takes many unique and particularly useful approaches to handling and sharing design data. The Derive functionality opens up tremendous opportunities to share model sketches, parameters, or bodies with other files to create more-intelligent interoperability than simply linking design files. If you’re creating multiple machined components made from a single casting, if you’re a machinist who doesn’t want to contend with an entire assembly when creating toolpaths, or if you need to connect features across separate design files, and for many more applications, you must see Derive in action.

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.

Examine toolpath options in Autodesk HSM software by delving into how each toolpath functions and how that impacts their applications. Explore which toolpaths are appropriate in various situations and how to use the strengths of each toolpath to achieve superior results. Look at some ways to automate these tasks to speed up the process. Ultimately, the goal is to empower users to use Autodesk HSM software to make better parts in less time.

Learn how to take your design from within Fusion 360 software and apply 2D and 3D toolpaths. This class will open up the door and let you create G-code for your computer numerical control (CNC) machines. Simply start at the beginning, create toolpaths, simulate and verify, post G-code, and see how easy it is to handle design changes.

This class will cover the limits of Autodesk HSM software, especially regarding multitasking machines and 5-axis machining. With the use of Autodesk HSM, we can program these complicated machines really easily if we have some tricks and background. This background consists of machine kinematics, control, and the ways in which our CAM settings change the output of the code. After this class, attendees will be able to program mill-turn and multitasking machines, and they'll know what to look for when buying such a machine. Above all, attendees will learn that the limits of Autodesk HSM are much further away than people think. This is also a chance to meet that guy you may have seen on the Autodesk HSM Forums.

This is it folks. This is everything you need to know about adaptive clearing compared to pocket clearing. The class will focus on the theoretical basics behind operations, runtime, and load comparisons, as well as cost examples. Supported by measured data, runtime analysis, and high-quality video, this class will first focus on the differences between adaptive clearing and pocket clearing, followed by a runtime analysis with nearly every scenario one could come up with—2D adaptive, 2D pocket, 3D adaptive, 3D pocket, parameter variations, and more. It will finish with a cost analysis to present the audience with a final answer to the question: When should adaptive clearing be used?

Amish Solanki and Laurens Wijnschenk will showcase various advanced 5-axis toolpaths and work-holding strategies for 3+2 and 5-axis parts using Fusion 360 software and Autodesk HSM software. This will be a small guide that will help you program your parts and tips on work-holding tools and setups.

The aerospace industry has always necessitated a high degree of precision-be that in the aerofoil designs of the wings or the complex electronics on board. Designs may be as detailed as possible, but these ideas need to be accurate when they become a reality. This class will provide insight into how certain aerospace parts are manufactured, such as bladed disks (blisks) for a turbine. Blisks often need to be machined near perfectly, as any change in geometry has the chance to drastically reduce the fuel efficiency of an entire system. They are also usually created from incredibly strong materials like titanium or Inconel-further increasing the difficulty of manufacture. The Autodesk Advanced Consulting Team in Birmingham, United Kingdom, has a lot of experience with this sort of process, working with a wide variety of customers within the industry. We'll share some of the experiences we have encountered over recent years and how their related engineering challenges were overcome.

Product Manager Al Whatmough and Product Owner Mark Porsby will show what is to come into the CAM workspace.

This class is designed to communicate how multiaxis milling machines can improve the efficiency of subtractively manufacturing your parts. We will then explain many of the common problems experienced by computer numerical control (CNC) programmers or owners of these machines, followed by a series of short demonstrations where we will explain how PowerMill software could provide solutions to these problems. This class will be useful for anyone involved in multiaxis milling. There are no prerequisite skills required, nor is knowledge of PowerMill required.

This class will cover the advanced capabilities within the post-processor system that is part of Fusion 360 software and Autodesk HSM software. We'll have a look at specific examples to illustrate the advanced features available and how we can best utilize them. We'll go through the post API and leave room for technical questions on how to best approach complex problems. And you can, of course, request new features that you've been missing. The designer of the post-processor system, Rene Fonseca, will present the class.

This class will cover the fundamental concepts of 2D machining, including high-value best practices, tips, and tricks from product experts. Attendees should expect to learn full 2D workflows, and conceptually understand how to generate and manipulate 2D toolpaths in Fusion 360 software.

This class will venture into some of the more advanced editing tools that are offered within PowerMill software. The dynamic machine control and editing within a region will be the topics of discussion. We will demonstrate live these editing tools.

This class will cover the core concepts of 3D programming in Fusion 360 software, including valuable tips, tricks, and best practices from product experts. Attendees should expect to learn full 3D workflows, including generating, containing, and manipulating a variety of 3D roughing and finishing toolpaths. Users will leave with an understanding of what it takes to utilize Fusion 360 to quickly and effectively program parts. We'll highlight the power and flexibility of integrated CAM using Fusion 360, providing real-world scenarios in the manufacturing industry.

This class will cover the core concepts of multiaxis programming in Fusion 360 software, including positional and simultaneous 5 axis-areas of the CAM workspace that can add significant value, but are often ignored for the more accessible 2D and 3D toolpaths. Pick up tips, tricks, and best practices from product experts. Attendees should expect to learn full multiaxis workflows, including generating, containing, and controlling complex toolpaths.

This class will cover the fundamental concepts of turning in Fusion 360 software. Product experts will share their tips, tricks, and best practices. Attendees should expect to learn full turning workflows, including generating, containing, and making fine adjustments to turning operations.