We've all heard it before: "You can't automate drawings with iLogic." Well, we’re here to tell you that you can! In this instructional demo, you will learn the basic techniques of developing the logic required to automate 2D drawings with iLogic and the Inventor API. From creating views, adding dimensions and balloons, and working with sketched symbols and even parts lists, this demo will shed an abundant amount of light on how to develop your drawing automation, as well as what to avoid to ensure a robust and stable automation project.

As iLogic turns 13, and as more companies embrace Inventor Automation software, there are many perspectives as to what is the best way to write iLogic code. Take it from someone who’s worked with large enterprise engineering departments and small specialty fabrication houses: Everyone wants some level of automation. In this class, you’ll learn how to write your iLogic code using industry best practices. You’ll also walk away with knowledge of the fundamentals for success when developing your iLogic rules. Do you want to become better at using the Inventor API in your code? Do you want to know how to avoid the same mistakes as others who use iLogic? If you love iLogic the way we do and you want to join the automation revolution, this is definitely the class for you.

A renowned 3D design application like Inventor software has its limitations based upon user knowledge and aptitude. When you incorporate design automation to compliment workflows, product quality and consistency improves exponentially. In this instructional demo, you will learn how to streamline your design processes by capturing design intent and developing design automation. You will come to understand the 4 aspects of developing and implementing an automation plan. You will also learn how to avoid common pitfalls in planning automation, increase your time to roll out your plan, and ultimately achieve success with your plan.

As iLogic turns 11, and as more companies embrace Inventor automation, there are many perspectives as to the best way to write iLogic code. Take it from someone who has worked with large-enterprise engineering departments and small, specialty fabrication houses: Everyone wants some level of automation. In this class, you’ll learn how to write your iLogic code using industry best practices. You will better understand new features in iLogic. You’ll also gain knowledge of the fundamentals for success when developing your iLogic rules. Do you want to become better at using the Inventor API in your code? Do you want to know how to avoid the same mistakes as others who use iLogic? If you love iLogic the way we do and want to join the automation revolution, this is definitely the class for you.

As iLogic turns 10, and as more companies embrace Inventor Automation, there are many perspectives as to the best way to write iLogic code. Take it from someone who has worked with large enterprise engineering departments and small specialty fabrication houses: Everyone wants some level of automation. In this class, you’ll learn how to write your iLogic code using industry best practices. You’ll also walk away with knowledge of the fundamentals for success when developing your iLogic rules. Do you want to become better at using the Inventor API in your code? Do you want to know how to avoid the same mistakes as others who use iLogic? If you love iLogic the way we do and want to join the automation revolution, this is definitely the class for you.

We’ve all heard it before: "You can’t automate drawings with iLogic." Well, we’re here to tell you that you can! In this instructional demonstration, you’ll learn the basic techniques of developing the logic required to automate 2D drawings with iLogic and the Inventor API. From creating views, to adding dimensions and balloons, to working with sketched symbols and parts lists, this demo will shed light on how to develop your drawing automation, as well as what to avoid, thus ensuring a robust and stable automation project.

If you’ve been wondering how to integrate your electrical and mechanical disciplines to deliver a collaborative and connected design experience, then this is the class for you. We’ll review the real-time data exchange between AutoCAD Electrical software and Inventor software, and all of the associated capabilities that this enables in your electromechanical designs.

If you've been wondering how to put together a dream team to connect your electrical and mechanical designs and have those connections properly maintained with data management, then this is the class for you. Not only will you learn the electro-mechanical workflow between AutoCAD Electrical software and Inventor software, but you will also learn how that workflow ties into Vault software.

Hannibal, a Nucor Company, introduced a powerful design automation solution, allowing the firm to become a customer-first organization. Instead of turning away work due to a cumbersome sales and quoting process, the firm has successfully transformed its business model and brand perception in the marketplace. Powered in large part by Inventor software, company team members can now take an assembly modeling approach when designing racking systems for customers, which helps them work faster to win more deals. BOMs are autogenerated, which streamlines the change-management process and production.