Everything that you need to know about the power of IronCAD.

IronCAD Collaboration Suite

Integrated 3D
and 2D Design

IronCAD Inovate

3D Design
and Collaboration

IronCAD Draft

2D Detailing
and 3D Collaboration

IronCAD Compose

3D Configuration
and Collaboration

Options for running IronCAD on Mac

Option One

Downloading through Bootcamp:

Step one – Go to Launchpad

Step two – Under the default folder ‘Other’ select ‘Bootcamp’, it will walk you through the set up.

Step three – Open your internet explorer and go to http://www.ironcad.com and download IronCAD as normal.

To use IronCAD, you will have to boot your computer into Windows manually by holding down the ‘Option’ button when you turn your computer on.

Option Two

Purchasing Parallels:

You can purchase Parallels at Best Buy or directly off of their website http://www.parallels.com and plug it into your computer. It runs as a virtual desktop similar to Teamviewer. Once you have it open, got to http://www.ironcad.com and download IronCAD as normal.

** You will need a license of windows for both of these options.

How to activate a second instance license for home or laptop

For this, you will need your serial number and code word. Follow the link https://www.ironcad.com/licensing-and-sctivation/license-extension-request and fill out the form. At the bottom of the page, as shown in the snapshot, you will select the option for “L2 – Home or Mobile License”. You will then receive an email that the second instance license has been activated.

How to reset XML files

Periodically, resetting XML files can be handy when you experience an uncommon situation where a feature or function is not performing how you are normally used to. It is not common, but can happen. Keep in mind that this will also reset any custom settings you have set up. To do this, you will want to go to the following two folders and delete the customization folder.



CAD Software

Built for todays engineering needs.

Choose How You Design

Seamlessly mix feature-based design and direct editing within a part thanks to IRONCAD’s Innovative Design methodology.

Manage Just One File

IRONCAD’s Unified Design Environment lets you create multiple parts in a single file. No more data management.

Save Time With Catalogs

Kickstart the design process with catalogs of predefined shapes that can be easily modified to create working geometry.

Seamlessly Trade Data

Import and export all standard CAD file formats so you can leverage legacy data and collaborate across platforms.

Become More Productive

Enhance productivity with patented tools that let you intuitively resize objects and easily reposition any component.

Empower Sales

Build catalogs of modular parts that include engineering data so sales can create working designs in the field.


Traditional CAD vs 3D CAD



Traditional 3D Systems

Ease Of Use

Takes days to learn.

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You can get confident using IronCAD in just days, sometimes even in hours. This is due to IronCAD’s intuitive tools that approach design in a more natural way and state of the art online training.

Takes weeks to months to learn.

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People often do lengthy training courses just to get confident using traditional 3D CAD systems, and still it often takes months before they are productive

Overall Methodology

Fundamentally more innovative approach.

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In IronCAD, you start with a catalog of 3D shapes that you can drag and drop into your model. You can then simply push and pull to make precise changes in seconds. When (and if) needed, you can also go into a 2D sketch that drives the shape, all without ever creating a plane or doing an extrude command. You can then use IronCAD’s patented TriBall to position and pattern anything in 3D, all without needing to create or use reference planes like traditional systems. IronCAD is built to let you design the way you think, with easy to understand tools and features to provide a natural extension of your imagination.

Slow approach to 3D design.

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Traditional CAD systems model the “traditional” 3D CAD way, which once seemed quite fast, however, is now a much slower approach. This involves creating planes, starting with 2D sketches, unnecessarily constraining many sketch lines, designing parts multiple individual files, history-dependent design rules and more. This traditional methodology slows down the design process and gives you far less control. Learning this method can also take a significant amount of your time, and once learned you still don’t get the speed or flexibility that IronCAD’s tools provide.

Feature History

History-independent, easy to make changes.

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In IronCAD, you model with a feature based history tree, but features are independent. This means you can choose when and where to apply constraints, giving you the control to make changes when and where needed without the problems common in traditional CAD systems. This gives you a much more versatile modeling environment and lets you make design changes without worrying about the effect of earlier modeling choices. IronCAD even allows you to switch on and off the same type of history-dependency as traditional CAD systems. However, in almost every case, the IronCAD way will be much faster, give you more control, and ultimately be more productive.

History-dependent, difficult to make changes.

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In traditional software, you model with history-dependency. This means everything you do is automatically constrained by whatever you did before it. This may not be a problem if you know exactly what your design will look like before you start (and all the steps to make it), but in almost every case you’ll want to make changes along the way. Because of these constraints being applied without choice, making design changes later can be extremely difficult and often leads to model crashes which can take can take hours to fix. All in all, this approach will usually slow you down and decrease your productivity, especially when editing previously made models.


Unified design environment. One file.

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In IronCAD, part and assembly files are the same. You can build 1 part or 1 million parts in the same file. So you can design in the context of your overall assembly and design. Sizing parts to fit to other components in your design, and making them fit perfectly first time. This is also a much more natural way of thinking about your design, you can think if the design as a whole working system. You can also still isolate individual parts to work on them, all whilst in the same file. This also means you don’t have to go through the tedious process of mating all your parts together to make the assembly, everything is already in the right place and fits perfectly first time. The only potential positive of the traditional way is that when you have one part in multiple assemblies, you can link it to update in every assembly when a change is made. IronCAD allows you to do this external linking without having to do it for every single part, simply choose the ones you want to save externally and you’re done. So you get the good without the bad. IronCAD provides a far better system from the ground up and still gives you the option to use the only beneficial feature of the traditional part system. Furthermore, you can create separate or combined technical drawings for every individual part and assembly, all from the one 3D file. IronCAD also has a bulk drawing tool, so you can very quickly generate drawing sheets with predefined views for every part in your model, drmatically speeding up drawing time.

Separate part and assembly files.

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In traditional systems, part and assembly files are different. You model all your parts in separate files, then combine them in an assembly at the end. This means you have to deal with many separate files that can easily be lost or misplaced on a computer and are hard to share. You also have to go through the tedious process of mating and aligning all these parts to assemble your assembly, fitting them into their correct positions after in a completely separate process to when you made them. Even if these parts aren’t moving parts, you’ll likely still need to mate them to lock them down. Designing this way also means in most cases you’re not designing within the context of the assembly, so it’s harder to see how your changes affect the entire model, which creates an overall worse design experience. Parts made in a separate file can often not fit correctly the first time, so you have to spend unnecessary time going back and forth changing these parts.


Customizable catalog system.

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In IronCAD, you have IronCAD’s industry famous catalog system. Any part, any shape, or any assembly you create can be drag and dropped into a custom catalog in seconds. It’s like a painter’s palette for CAD data, just drag on and off what you need. You can even use IronCAD’s SmartAssembly technology to create intelligent auto-positioning parts and assemblies. So when you drop a part out, it automatically positions itself and resizes if needed. SmartAssembly can even be used on an iPad in the field to create customized modular assemblies in seconds, you can even add prices to components and get a complete summary of the project in seconds. This system makes IronCAD absolutely excel at modular based design, with almost limitless capabilities for what can be built into an IronCAD catalog.

Basic catalogs, minimal features.

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In traditional systems, only some parts are available in catalogs and these are often ‘standard’ parts and not your own custom parts. All parts you create are opened individually to edit, or brought into an assembly as they are. This is an unnecessarily slow and tedious approach to work with multiple parts and assemblies.

Moving / Copying

IronCAD's independent (and award-winning) TriBall.

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In IronCAD, you can use the patented TriBall productivity tool. The TriBall allows you to parametrically position, move, and pattern anything from sketches to shapes to parts and assemblies. The TriBall has become famous for its huge benefit to CAD productivity over the years and continues to be one of the most productive and useful single tools in any 3D CAD system. The difference the TriBall makes to CAD design processes around the world is simply amazing.

Slow constraints and patterning tools.

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In traditional systems, to move, position and pattern things you will often have to go into a 2D environment and define the pattern or go through multiple dialogue boxes and features. This is time-consuming and unintuitive. Additionally, when positioning parts in an assembly, you will have to mate parts or use other slow methods to get the parts into their correct locations, unnecessary time that could be spent designing the product.

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