Are you a Windows PC user and are you finding Autodesk Inventor Pro for your Windows PC? I think you’re in the right place!

Autodesk Inventor Pro is a comprehensive solution for 3D mechanical design, documentation, cable and piping design, mold design, and performance testing of products being developed. With Autodesk Inventor Pro, engineers can combine AutoCAD drawings and other 2D data into a single model to create a virtual representation of the final product. The program checks the form, tolerance, and function of the product before it is manufactured.

Autodesk Inventor Pro provides a flexible set of tools for 3D mechanical design, product analysis, tooling, custom designs, and design sharing. Autodesk Inventor Pro helps you go beyond 3D with digital modeling, with high-resolution 3D models that allow you to model, visualize, and analyze your product before creating your prototype. Digital modeling in Autodesk Inventor Pro can help improve product quality, reduce development costs, and speed time to market.

Autodesk Inventor includes easy-to-use, integrated dynamic analysis and stress analysis tools that help you understand the behavior of parts and products in real-world situations, helping you bring high-quality products to market faster. Autodesk Inventor Pro automates the basic design process of plastic molds, as well as the design of complex piping and cable networks. These capabilities reduce the risk of errors and increase the competitiveness of manufactured products.

Overview of Autodesk Inventor Pro

Autodesk Inventor Professional includes a comprehensive suite of flexible tools for 3D engineering design, analysis, manufacturing, tooling, custom design, and design data exchange. Inventor Professional helps Digital Prototyping technology go beyond 3D based on high-resolution 3D models. This allows for product design, visualization, and analysis before the first sample is made. Digital modeling implemented in Inventor can improve product quality, reduce development costs, and accelerate time to market.

Take advantage of advanced 3D CAD capabilities, including additional simulation, path systems, and new tooling capabilities. Autodesk Inventor Professional powered by Inventor: Quickly gain an understanding of how projects will work in the real world with integrated dynamic simulation that uses assembly constraints in 3D models to define rigid bodies, refine motion joints, and calculate behavior.

Testing a product’s performance before it’s built saves time and reduces prototyping costs. Dynamic simulation and stress analysis tools allow you to quickly and easily identify the best solutions. Improve the accuracy of project stress analysis by using integrated Finite Element Analysis (FEA) to quickly predict the performance of frame models under load. Use report generation tools to create graphs and animations from the analysis and present the results.

Features of Autodesk Inventor Pro

Inventor – user experience

From performance to more practical aspects of using Inventor, there are several key changes to the user interface. It has remained the same for some time and follows the ribbon guidelines used by Microsoft Windows applications, but some improvements are worth mentioning.

For example, in the 2018 version, the measurement command was slightly preferred, but in 2019, it was completely redesigned to provide all functions and functions in one panel. Another feature that received the same attention was the hole command. Now you’ll find everything you need to define an engineering hole in one conversation. It may seem strange to focus on such a fundamental aspect of software, but the reality is that the way we use computers and display devices is changing.

For high-resolution monitors, it makes sense to have all the options, functions, and variables on one panel instead of hiding them in various dialog boxes. At the same time, there are some new tools for flow ports to help deploy them across the organization, with presets that allow users to define how to define flows, which are available, and which are considered best practices.

Finally, on the user interface front, there are two configuration options I’d like to mention. First, you have more control over how the system looks to color-blind users. I was recently talking to a friend of mine who works on a four-person design team using Inventor. Three of the four members have color blindness requirements, so this would be of great benefit to them and many others. Secondly, you can transfer all the settings made in the previously installed version of the program to the new version.

Inventor – modeling updates

The designer has a wide range and depth of functionality in terms of the features it offers. These are the main benefits of maturity. But again, this version does a good job of showing that there’s always room for improvement. On the core design side, it’s clear that work has been done on the helical modeling tools. Designers have always given the user good control over creating helical curves, but now the tools are more interactive and can create variable-radius helices, perfect for modeling complex mechanical parts, wires or camera shapes.

Another improvement, slightly left field, is the ability to define reverse corners. By default, standard fillets remove material to provide a tangentially connected transition between two faces, but this new option does the opposite. It is useful for all types of operations, from woodworking to welding preparation and broaching modeling.

Pipe and Pipe Extensions have an interesting addition that allows you to define a pipe, pipe or duct sketch object of a specific length. This type of add-on will be useful not only for modeling pipe and pipe work but also for many users. For example, there are many cases where having a flexible connector of a certain length between two positions is critical for standardizing parts or assessing the accessibility of parts within an assembly (for example, exhaust or air). program according to our example shown in Figure 3). Some work has been done to identify the constraints in pipe and tube design, particularly the constraints between existing geometries and references.

Ilogic rules

For those who haven’t looked it up yet, iLogic is Autodesk’s name for rules-based design within Inventor. It’s been there for a while, and Autodesk estimates that at least one in five users have tried iLogic.

In the last few releases, the company has made the tool easier to use to lower barriers to entry to add intelligence and automation to parts, assemblies, and designs. For example, additional feedback can be added when creating rules such as auto-completion, syntax coloring, taking the current state of the model as a starting point, etc.

But it also includes more advanced features, from external rules and triggers to adding and removing sections, assemblies, and constraints rather than just clicking.

Inventor – shared views

Shared Views is one of two customization benefits included in this version of Inventor. As Autodesk tries to move more customers away from the traditional annual maintenance model to a subscription-based model, it’s clear that premiums for subscription customers will begin to appear in the software. In this case, it’s about collaboration. In short, Shared View allows you to upload a lightweight version of a model to Autodesk’s cloud-based model viewer (viewer.autodesk.com) and then share it with customers, suppliers, partners, and others. This allows them to see, measure, mark, segment, and perhaps most importantly, provide trackable feedback on the design.

It’s true that you can achieve this by using the viewer service alone, but doing it from within Inventor puts the feedback directly into the designer interface. (That being said, there is currently no way to formalize and document these as a core part of model development). It is not a tightly controlled and complicated collaborative process, but a more relaxed and informal one. But if your organization feels comfortable sharing such information over the web in a secure environment, it can help you collaborate with others quickly and without too much hassle. Think Dropbox, but with great control and commenting capabilities.

Technology Preview: Fusion & Inventor

As mentioned at the beginning, Autodesk has Inventor and Fusion 360, both of which work in mechanical and industrial design, but they work from different perspectives and use different approaches. While Inventor is a traditional desktop system, Fusion 360 is cloud-based. If you’re a designer user, chances are you have access to Fusion 360, have tried it, and probably have it built into some of your workflows.

The problem here is that separating the desktop and the cloud can make it difficult to transfer data between the two systems. They may share the same technology base, but the reality is that they do so in unwise ways when sharing data. For example, until recently the only way to use Fusion data in Inventor was to first export a STEP file and then open it when another file was imported. It has recently been extended with Autodesk’s AnyCAD technology, which allows full third-party datasets to be imported or opened as reference models. This will keep a link to the original file and allow you to make subsequent changes to that data.

In addition, Inventor 2019 released a desktop connector that allows users to link cloud-based Fusion 360 data from their desktop Inventor installation, so they can maintain the same links using AnyCAD, but directly with cloud-based data files. If there’s a caveat here, you’ll need to sign up for Fusion 360, Inventor, and Fusion Team (Autodesk’s cloud-based data sharing and collaboration platform, formerly known as A360). These are all included in the Product Design Pack and the Collection Pack.

Model-based design

Whether it’s called model-based design (MBD), PMI, or 3D drawings, CAD vendors are all pushing the ability to embed manufacturing documents directly into their 3D designs, rather than drawing separate 2D drawings as GD&T. This MBD approach has been adopted in some industries (especially automotive and aerospace), but according to software vendors, it is still not widely adopted in production.

Determining GD&T on 2D images is a well-documented, well-understood, and mutually agreed-upon process. In contrast, MBD is not, and the software problem is exacerbated. First, defining 3D landmarks on a 3D model is a complex business and often not straightforward. Second, most systems allow you to recognize and store that data but do not allow you to read similar data using well-established standards such as STEP AP242. In other words, far from disappearing, 2D isn’t going anywhere for a while.

The developer has had MBD tools for the last few versions and the latest version has taken them to a new level. One feature that may be useful for those trying out such a workflow for the first time: is visual feedback on the status of their part in relation to the tolerance advisor. Unfortunately, there is no mechanism for reading data from parts that don’t support MBD, either by STEP, JT, or something else.

Final Words

Autodesk Inventor Professional for Windows Free Download provides engineers and designers with a professional-level solution for 3D mechanical design, modeling, visualization, and documentation. Autodesk Inventor includes powerful modeling tools, multiple CAD translation capabilities, and industry-standard DWG drawings. Help reduce development costs, get to market faster, and create great products.

System Requirements

• Supported OS: Windows 11 / 10 (64 bit)
• Processor (CPU): 3.0 GHz or more significant, four or more cores (2.5 GHz or more significant)
• Memory (RAM): 8 GB of RAM (20 GB recommended)
• Hard Disk Space: 40 GB
• .NET Framework Version 4.7 or later. Windows Updates are enabled for installation.