In this Intermediate Inventor HSM class Application Engineers from Autodesk will walk through the process of Automating the programming process in Inventor HSM using templates. as well as programing complex mill/turn and 5 axis components.

This class is designed for existing users of Inventor HSM software and Inventor HSM Pro software, and it will focus on tips, tricks, and training so users can get the most out of Inventor HSM software, the integrated CAM Solution for Inventor software.

Sit down with the HSM CAM development team to discuss the current road map and share your needs and requirements for the HSM-based CAM (computer-aided manufacturing) offerings at Autodesk, Inc. We will cover HSMWorks software, Inventor HSM software, and Fusion 360 software. This session features Inventor HSM and Fusion 360.

We will not just show you how to set up and apply toolpath with Inventor HSM software, but also the important question of why we take the steps. This class will explain to a beginner in manufacturing how you generate your first good code for a CNC (computer numerical control) machine, why something is called WCS, and how to get cutter feeds and speed.

With rapid growth in technology—especially in manufacturing processes—coordination between designers, engineers, and shop-floor CNC (computer numerical control) programmers is a challenging scenario. Manufacturers cannot always make designs created by designers and engineers, and they send the designs back to the design team for modification in the part model. Additionally, sometimes the right tools may not be available on the shop floor. To overcome these problems, designers and engineers should obtain a basic knowledge of CNC programming and CNC-code generation, which could reduce the time to market and enhance the company's return on investment. This class covers the steps involved in importing the CAD Model into Inventor HSM integrated CAM Solution for Inventor 2015 software. This process reduces the errors involved during importation and further enables designers and engineers to generate CNC codes and set up models for manufacturability. We will also discuss workflow regarding sending the codes to a machine.

It’s time to let your CAM system work for you by automating tasks that previously required user input. iLogic is a very powerful tool that helps us automate product creation, and with the new Inventor HSM CAM API you can create computer numerical control code that is ready to manufacture without a user interacting in generation of the program and NC code. This way, the customers can configure their products via an online configurator or web form, and let production start right away. We will explore which product is suitable for configuration with the Inventor HSM API. We will show the possibilities and the limitations, and we will demonstrate ways for your customer to enter those configuration parameters via website, Microsoft Excel, or email. We will also show some CAM automation that can save time on your day-to-day CAM work.

Learn how to utilize Inventor software for manufacturing. Discover things to consider when you're designing parts and you're creating stock for castings and boolean operations for jigs and fixtures. Then bring your design into Inventor HSM software and machine like a pro.

This Turning Class covers the basics for programming your 2 Axis CNC Lathe Machine using Inventor HSM. Turning toolpaths include face, rough, profile, groove, drilling, thread and parting. 

Learn to extend the power of Autodesk, Inc.'s, fully integrated CAM Solution for Inventor software by complementing it with Vault software. You will learn about the workflows used to create machine code for the CNC (computer numerical control) machining of your parts, and you will also learn the benefits of using an integrated CAM system. Data management is often a nightmare for companies that maintain design separately from files containing manufacturing information such as toolpaths. In this class you will see just how easily you can maintain both in a single file, using Inventor HSM software and Vault software.

In this session, we’ll outline the setup of a new machine shop to design and manufacture complete chassis and powertrain components for the National Hot Rod Association’s (NHRA) Top Fuel and Funny Car Drag Racing team. We’ll cover the evaluation of computer numerical control (CNC) machines and software to purchase, and review the reason for choosing the package from Autodesk, Inc. We’ll discuss the application of software to create fabrication shop fixtures for chassis construction, and the design of powertrain components to reduce weight and increase stiffness. We’ll also cover the use of hardware security models (HSM) software to create CNC programs in minimal time to meet tight deadlines for a race-season debut of a new car. This session features Inventor HSM Pro and Inventor Professional.

This class will cover the fundamental concepts of programming in Inventor HSM, and Fusion 360 HSM, including the milling and turning applications. Attendees should expect to learn core concepts necessary for CNC programming any part as well as general best practices. We will also deliver the basic concepts of the new Inventor sheet metal nesting capabilities that are for the moment a technology preview for Product Design & Manufacturing collection users.

Want to see how you can use Autodesk HSM software for your mill-turn machine? Come to this class, which will be a deep dive into the mill-turn side of Autodesk HSM. We will cover parts ranging from actual programming to postprocessor setup to machine capabilities. This will be a fast-paced class, so at least some Autodesk HSM experience or mill-turn know-how is advisable.

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.

Inventor software for mechanical design and 3D CAD (bundled with Autodesk HSM software) is a powerful manufacturing platform that includes many technologies that can be used to improve machining productivity. In this class, we'll go through techniques and workflows to give you some ideas to improve your CAM programming efficiency and increase machine shop productivity. You can use iLogic to create configurable part\work holding templates, which let you model your setups very quickly and efficiently, ensuring accurate simulation and safety. You can harness the tolerance engine inside Inventor software to drive your machined dimensions, letting you make easy adjustments after the first-off part. CAM probing operations (on capable machines)-driven by the toleranced dimensions in the CAD model-let the machine perform its own quality assurance, and even re-machine out-of-spec features. You will get the most out of this class if you have a working knowledge of Autodesk HSM software.

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.

The class will explore all the major commands and options the Inventor software Nesting Utility add-in has to offer, including the following: Nesting entire assemblies or individual Inventor sheet metal parts, extrusions, and sketches; nesting on multiple rectangular sheets of same or varying dimensions or on roll material; optimizing nest efficiency (filler parts, tweak nesting parameters); reading in DXF (drawing exchange format) files and use layer mappings to guide the fabrication process; exploring associativity scenarios between 3D model and the generated nests; exporting nest as DXF or 3D model; generating NC toolpath using Inventor HSM CAM workflows; and exploring nest reports and costing.

Inventor software for mechanical design and 3D CAD (bundled with Autodesk HSM software) is a powerful manufacturing platform that includes many technologies that can be used to improve machining productivity. In this class, we'll go through techniques and workflows to give you some ideas to improve your CAM programming efficiency and increase machine-shop productivity. You can use iLogic to create configurable part/workholding templates that let you model your setups very quickly and efficiently, ensuring accurate simulation and safety. You can harness the tolerance engine inside Inventor software to drive your machined dimensions, letting you make easy adjustments after the first-off part. CAM probing operations (on capable machines)—driven by the tolerance dimensions in the CAD model—let the machine perform its own quality assurance, and even re-machine out-of-spec features. You will get the most out of this class if you have a working knowledge of Autodesk HSM software.

When computer numerical control (CNC) machining parts, it is often desirable to create parts with a fine or smooth surface finish. This becomes even more important when machining for the mold-making or die-making industries. This class will provide tips and strategies for getting the highest-quality surface finishes from your CNC machining. Some areas of discussion will include tooling and holders for maximum rigidity, mill and control parameters to check for optimum surface finish, CAM (computer-aided manufacturing) software parameters and strategies that lead to better finishes, and milling tolerance and point distribution. This class is designed to capture the best practices for the industry, and would be applicable whichever CAM product you are using, such as Delcam’s PowerMILL and FeatureCAM software, HSMWorks add-in, Inventor HSM software, or Fusion 360 software. This session features PowerMill and FeatureCAM.

The process starts with PDF files of guitar designs, which are imported into AutoCAD. These are correctly scaled and once the shape of the guitar body is finalised, the new shape is imported into Inventor. The new shape is overlayed onto an AnyCAD model in Inventor and then modified to suit the new design. The electro components are positioned into the guitar body and virtually wired. Some drawing verification is done to ensure that everything is the right size, as the guitar needs to sound right, then renderings are done in Inventor. A nesting study is then run to optimise material usage for a future production run. A CNC study will also be created for future manufacturing runs. The prototype will be built with hand tools. Next I show how to create templates for building the guitar body in AutoCAD. In this instance, 1:1 layouts are printed out and then used to cut solid oak to size. Additional templates for the pockets are also created.

In this class, we will show how to speed up and automate computer numerical control (CNC) programming using expressions, equations, templates, and defaults. Users will learn how to capitalize on expressions so when tool changes are made, default values automatically update. We will show how to use equations to control other input fields of an operation. After attending this class, users will understand how to create templates, set defaults, and control toolpaths using expressions and equations to greatly speed up programming, as well as minimize errors.