Autodesk Inventor vs Solidworks

This review is done by Mr. Damien Jovica – Autodesk Business Development Manager at Redstack in Mount Waverley, Victoria, Australia. Although, it is a quite subjective opinion, yet a very interesting comparison of two competitive software – Autodesk Inventor vs Solidworks.

With CAD systems constantly changing features, versions, licensing and subscription models, two of the most popular comparisons is between Autodesk Inventor and Solidworks. Having used and supplied both, I’ve put together a licensing and feature comparison.


Product Choices

There are four options to purchase Inventor:

Solidworks has three tiers, a base version and then Solidworks Professional and Solidworks Premium.

Autodesk Design Suites

Autodesk gives you the option of buying an Inventor in a Design Suite for a bit more, than buying Inventor alone. Although, if you want Inventor/Inventor Professional and another Autodesk product, then the cost of a Suite is cheaper than buying two separate titles. So Autodesk bundle Inventor products in a variety of suites, such as Product Design SuiteFactory Design Suite, Plant Design Suite, and Building Design Suite. Suites provide better value, added functionality and integrated workflows. It contains stand-alone titles such as AutoCAD,3ds Max, Navisworks, Revit, Plant 3D, etc. depending on which suite you get.

You can also buy a cut-down version of Inventor called Inventor LT. (In a suite it’s called AutoCAD Inventor LT Suite.) Inventor LT is limited to 3D part modeling and 2D documentation. It is available on a Desktop Subscription for around $530 Ex. GST per year.

Here are the various flavors from both vendors:

A vs S 1

As you can see, it can quickly get confusing for consumers.


Matching Apples with Apples

Autodesk Inventor Professional Vs Solidworks

So to keep it simple, for the purpose of this comparison, I’ll be comparing the latest releases:

  • Inventor Professional 2017 to Solidworks 2016;
  • Solidworks Professional 2016 and Solidworks Premium 2016. In a later blog, I’ll compare the Autodesk Suites to Solidworks 2016;
  • Solidworks 2017 Vs Inventor Professional 2017, when Solidworks 2017 is released later in the year.

On an “apples for apples” standpoint, without getting bogged down in features, the closest equivalent to Inventor Professional is Solidworks Premium.

Autodesk Inventor LT is a part only modeler that can do 2D detailing, so no assembly modeling and analysis tools. It can do multi-body parts, so you could design an assembly in the part environment. However, it doesn’t produce an automatic bill of materials.

Solidworks or Solidworks “Standard” can do 3D part modeling, assembly modeling, 2D drawings, bill of materials. Solidworks Professional comes with:

  • Photorealistic rendering;
  • Content centre library (aka Toolbox);
  • Utilities for comparing files;
  • Entry-level data management features (that require set up, meaning, it doesn’t work out of the box);
  • Some other features.

While they can do 3D modeling and 2D detailing, they lack the additional functionality, that you take for granted inside Autodesk Inventor Professional and Solidworks Premium.


License Types and Recommended Retail Price

As great as technology can be, sometimes when two offerings seem similar. It can come down to commercial aspects and boils down to things like; How can I buy the software? What do I get for my money? What are the ongoing costs? What are the maintenance and subscription options after I purchase?

Here is a basic matrix with Retail Pricing ($AUD) for Perpetual Licences with Maintenance and Subscription (which works like a rental), where you buy a license for a fixed term (i.e. quarterly, annual, 3 years, etc.).

From my understanding, in Australia, Solidworks prices fluctuate based on the price of the Australian Dollar. Therefore, Solidworks costing are the estimated prices, I could gather at the time of writing, which was sitting around $USD 0.75.


A vs S 2


Here’s what the total cost of ownership looks after 5 years:

A vs S 3


On the upside for Autodesk, the Inventor Professional subscription is ~80% cheaper than a Solidworks Premium perpetual license with maintenance price.

Looking at it another way, an Autodesk Inventor subscription is 25% cheaper than the Solidworks Premium maintenance. Plus, you don’t need to pay the upfront perpetual cost, that you would when buying Solidworks. So if you compared the two over 5 to 10 years – the total cost of ownership is really stacked in Autodesk Inventor’s favor.

On the upside for Solidworks, you can buy Solidworks or Solidworks Professional and your ongoing maintenance is lower than an Inventor Professional subscription. You also have the ability to pay the upfront perpetual license and maintenance cost in the first year. Renewing the maintenance after the 1st year is optional, so you don’t have to pay anymore if you don’t want to. However, this brings up other issues such as:

  • Computer hardware/software compatibility;
  • Not having access to the latest technology;
  • No access to technical support;
  • Service pack updates or hotfixes/patches.

Moreover, if you do decide to renew your maintenance, later on, say in 3 years’ time, paying back dates fees (next year’s maintenance plus 3 years back in a 3-year scenario).


Maintenance and Subscription

Solidworks has a perpetual licensing model, where you pay an upfront fee for the right to use the license indefinitely. (As long as your computer hardware and operating system supports it). Maintenance is mandatory in the first year. Autodesk’s subscription model is where you buy the right to use the license for a term (i.e. a year) and after that term, the licensing right expires. In order to continue using the product, you need to renew your subscription.

With both vendors, as long as you are on maintenance with Solidworks and on subscription with Autodesk, you get:

  • technical support;
  • service pack updates;
  • hotfixes/patches;
  • access to previous releases and the next upcoming release.

If you let the maintenance/subscription lapse, these benefits are not available.

Autodesk also offers additional subscription benefits such as:


Autodesk Subscription

Autodesk offers a Subscription licensing model, where you buy a license for a fixed term (e.g. 1 year) at a much lower price than a Perpetual Licence. You can get licenses in Standalone and Network, Pro rate new Desktop Subscription licenses to align to an existing license/s expiry date and are always receiving subscription benefits.

Being a flexible licensing model, you can scale up or down and have the choice to renew your Subscription, stop and let the subscription expire or change licensing and buy a higher or lower level subscription.

As a Subscription is a term-based license it can also be claimed as an operating expense and should be 100% tax-deductible, however, you should speak to your accountant for tax advice rather than taking my advice.


Solidworks to offer Subscription

It was recently announced at Solidworks World 2016 that Dassault Systemes would also offer a Subscription offering in 2017.


3D modeling

When it comes to 3D modeling both are similar and it can come down to some features being better in one over another and personal preference of the user interface or what additional features one has over another that is conducive to the companies design requirements and business needs.

Here’s the 3D modeling feature matrix:

A vs S 4


Limitations of Solidworks (Standard)

The Solidworks base version (aka Solidworks Standard), meaning not Solidworks Professional or Solidworks Premium) will do part modeling, assembly modeling and detailing.

Here are the main differences between the Solidworks base version and Autodesk Inventor Professional and Solidworks Professional and Premium:

  1. No Content Centre / Toolbox Library: Autodesk Inventor Professional and Solidworks Pro/Premium come with a standard parts library of nuts, bolts, steel members, etc. that can be customized with a user interface to be able to search and place your components. In Solidworks Standard, you would have to manually download every screw, bolt, washer, steel member manually from the web and store it in a folder.
  2. No Bolted Connections / Smart Fasteners: Solidworks has a hole wizard, but you can’t multi-select holes and automate the fastening of all those holes with the correct nut/bolt/washer combination like you can in Autodesk Inventor Professional and Solidworks Pro/Premium.
  3. No Design Accelerators / Calculators – in Autodesk Inventor Professional and Solidworks Pro/Premium you have a set of design tools that can calculate the correct design for things like bearings, cams, and gears.



Autodesk Inventor Professional Vs. Solidworks Professional and Premium

When it comes to 3D modeling, the systems are pretty similar and both should give you the output you require. You’ll find some things nicer and better in one over the other or if you dig deeper, one system has a command that the other doesn’t or is a bit more advanced in functionality.

Here’s where Autodesk Inventor Professional has additional functionality:

  1. Hybrid Modelling: Both systems are parametric modelers (enter and link parameters) and direct editing modelers (push/pull), however, Autodesk Inventor can have parametric drive the direct editing parameters, therefore, retaining a link between the two types of modeling when required.
  2. T-Splines Modelling: Autodesk Inventor Professional has free form tools that maintain G2 continuity and are able to align with parametric splines, accept parametric parameters, convert solids or B-rep surfaces to T-Splines and have a hybrid solid modeling, t-spline surfacing, b-rep surfacing environment.
  3. Rules-Based Automation: Autodesk Inventor Professional has a full-featured design automation tool based on a simplified Visual Basic code that can pretty much automate anything in the 3D model or 2D drawings, read/write to MS Excel and other databases and write to MS Word. Solidworks has a cut down version of a 3rd party add-on called Driveworks Xpress which is limited to automating dimensions, feature suppression, properties, and file names.
  4. Electrical Schematic and Design: Autodesk Inventor and Solidworks Premium can both do 3D electrical harness design. Autodesk Inventor can synchronize 2D schematics designed in AutoCAD Electrical and vice versa, so if a change occurs in one environment, it updates in the other.

Like anything, where there’s a will there’s away… these differences can be supplemented by using Solidworks and buying additional add-ons from Dassault Systemes or 3rd party applications, however, there would be additional upfront and maintenance costs and I recommend you investigate features, compatibility, and integration.



This is an area where there are similarities and clear differences. When it comes to analyzing the model, both will do DFM, interference/collision detection, draft analysis, wall thickness, etc. Solidworks has a symmetry check and a geometry analysis tool in Solidworks Professional and Premium that compares two models.

When it comes to Simulating the model, Solidworks provides teasers in the base versions (Standard and Professional) of FEA & CFD, which will do part only FEA simulation and closed pipe fluid flow. In Solidworks Premium you get linear FEA Simulation at the part and assembly level and Dynamic (motion) Simulation. Inventor Professional has FEA and Dynamic Simulation too plus Shape Generator and modal analysis. There is also plastic injection mold flow analysis in Inventor Professional which is a cut down version of Moldflow and Inventor Professional and Solidworks Premium both have a cut-down version of a sustainable design package.


A vs S 5


If you require further analysis and more in-depth simulation studies both vendors offer Simulation software with more advanced solvers.


Data Management

If you want a system that has Data Management functionality, look at Autodesk Inventor Professional and Solidworks Professional and Premium. Solidworks Standard has none.

With both vendors, the data management systems are not ready to go, meaning, the PDM systems need to be set up and configured generally by your reseller or someone who has experience with setting up data management systems and SQL databases. Solidworks PDM standard comes with version and revision control which is a great feature over Autodesk, where Autodesk Inventor Professional has Vault Basic which gives version control.

Both vendors provide a cut-down version of their higher-end data management products with their CAD products; If you want more features, look at Autodesk Vault Workgroup and Vault Professional or Solidworks PDM Professional.


A vs S 6


A360 Drive for data management

A360 DriveAutodesk offer A360 Drive with your Inventor Professional subscription where you get a CAD friendly ‘dropbox’ type of storage where you can synchronize your files to the cloud. Out of the box, this can be used as a version control data management system, has searching capabilities, visibility over who and when someone has edited, viewed and accessed files, secure access controls.

Even though it recognizes references, it lacks the check-in/check-out and other functionality of a PDM system where you can lock a file to read-only while you’re working on it to prevent others from also modifying the file at the same time but it will tell you that the file has been accessed or you can do manual actions to signal that you are working on the folder or file by moving it to a special folder, assigning it to a special category or making a comment that you’re working on the file.



Having a 3D model means you can create visualizations of photo renderings and animations that can explain the design or market the product. While nothing beats seeing and touching the real thing, having a digital prototype has its advantages where you can illustrate alternatives and be able to see the inner workings of the design to showcase its advantages over the competition.




Solidworks Standard has an animator, while Autodesk Inventor, Solidworks Professional, and Premium come with an animator and photorealistic rendering for still images.


A vs S 7


MS Office Integration

A vs S 8


Both systems will export a Bill of Materials out to Microsoft Excel and read an MS Excel table to drive design changes. Product Design Suite can write to MS Excel, so if you need Excel data modified or created based on say a design specification or design change or for pricing, quoting or linking labor costs it can.

Autodesk Inventor Professional can also write to Microsoft Word. Typically to create technical documents with specifications and you can even take a snapshot image automatically and have it in the same document.

Both systems will allow you to export to a lightweight model and embed the 2D drawings and 3D models into an official document for viewing.



Once you have created a model and/or drawings, you want to be able to share it with various stakeholders that don’t have access to a CAD system; management, sales, production, customers, suppliers, etc.


A vs S 9


Autodesk offers a wider range of collaboration tools that are cloud-based or server-based and functions that are free for CAD and non-CAD users to use and communicate designs and track tasks and changes.

Here are different ways of collaborating with Autodesk Inventor:

  • Export and send a 2D/3D DWF file by email (or save it to the network) share, collaborate, assign tasks, mark-up, measure, view animations, etc. using the free Autodesk Design Review app
  • Upload a 3D model and/or 2D drawings to the cloud (A360 Drive) to share, view and track comments with stakeholders, manage versions. Here’s an example you can view and the same file by copy/pasting the embed code by turning on public sharing:




  • Upload a 3D model and/or 2D drawing and have people view it through a web browser (A360 Viewer) and in real-time, interactively invite stakeholders and collaborate through the web, with functions like sectioning, measure, comment, etc. without anyone needing to install a viewer.




Solidworks uses the eDrawings Viewer program in Solidworks Standard and eDrawings Professional in Solidworks Professional and Premium to share designs and the typical workflow is to create content (or import content) in your edition of Solidworks and export it to an eDrawings file.

Solidworks has the 3D model-based definition (PMI) which allows you to annotate the 3D model and share that information rather than detailing a 2D drawing.

On apples for apples comparison, Autodesk Design Review and eDrawings Professional pretty much have the same features, the only difference is that Autodesk Design Review is free and eDrawings Professional costs about $500 per license.



Here’s a list of popular translators, import/export functionality and how the CAD systems can work with other CAD and neutral formats:


A vs S 10


Other Features

A couple other features have been listed below:

A vs S 11


Solidworks Professional and Premium have a costing module where you can set up a pricing database and interactively work out machining and sheet metal costs. While Autodesk Inventor Professional doesn’t have a module called ‘costing’, it’s iLogic module can just as easily be set up for cost with more flexibility and unrestricted access to any feature, part, assembly or drawing file.



From a feature standpoint, if you want a Mechanical CAD system, both are pretty similar and will usually get the job done, each with their own unique advantages.

If you need an electromechanical environment with 3D modeling and 2D schematics, you can buy Product Design Suite Ultimate which includes Autodesk Inventor Professional and AutoCAD Electrical or you can buy Solidworks and the Solidworks Electrical Professional add-on.

For industrial design, Autodesk Inventor has both B-Rep and T-Splines surfacing, while Solidworks leverages more on B-Rep surfacing and has some nice tools within this module. It also has a freeform tool as well but the two surfacing modules don’t work together as well as the two in Inventor in my opinion. To get T-Splines integrated into Solidworks, you’ll need to look at an add-on, which may not link up parametrically with the other modeling tools. Having said that, if you need to flatten your surfaces, Solidworks Premium gives you that unique feature, where Autodesk Inventor Professional requires an add-on.

If you’re a general engineering company that works on parts and needs to cost them, the costing module in Solidworks Professional is a nice feature. If you do sheet metal design, the two platforms are pretty similar and which platform is better is a matter of debate, depending on who you speak to.

Autodesk Inventor Professional has a unique module called Shape Generator which will produce a design that meets your criteria so you can interactively lower the weight of your designs. There’s modal analysis for natural frequencies and injection mold analysis for tool & die.

If your company makes configurable or modular products, having a full-featured design and detailing automation module inside of Autodesk Inventor Professional, gives you massive efficiency that can save you seconds, minutes or hours for small tasks or literally turn days into minutes on configurable, customised products that are costed and can be used for quoting.

To then be able to upload those configurable designs to the cloud, embed them into your website and then have salespeople or end-users configure these designs with pricing are real-time and download 3D or 2D files is a big differentiator to Solidworks if that’s where your company and designs are headed.

From a licensing point of view, Autodesk is rapidly moving to a subscription-only business too and has many cloud offerings, so they are packing in as much as possible for your dollar. At the recent Solidworks World, I believe there was an announcement that they would too offer a subscription-only offering in 2017. At this stage, the subscription price for Autodesk Inventor Professional 2017 is really hard to beat.

I tried to be as unbiased as possible and point out the advantages and disadvantages of both platforms. If you have any feedback, please let me know, and I’ll look into it and update the article.


The original source of the article.



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