Design and Manufacturing solutions through Digital Prototyping and Interoperability

Tag Archives: Inventor

The Super Feature of Autodesk Inventor Sheetmetal

Welcome to the first post of our series looking at Autodesk Inventor Sheet Metal. In this first article, let us look at the one feature that is able to leap buildings in a single bound… is more powerful than a locomotive… faster than a speeding bullet… Sheet metal Faces!

superman_toy

Faces are the equivalent to part modeling extrusions, except they honour the sheet metal thickness parameter. This means that you do not specify the extrusion height, the Face automatically becomes linked to the thickness parameter. Changing the thickness adjusts the faces in the model.

Christopher Reeve said “What makes Superman a hero is not that he has power, but that he has the wisdom and the maturity to use the power wisely.” At the surface, Faces appear mild-mannered and very simple, not unlike Clark Kent. However, sheet metal Faces are so much more than just automatic-thickness-extrusions. Faces will automatically build bends. Faces can connect disconnected faces. Knowing the power contained within the Face feature makes for smarter models and will lead to less effort. Its like finding the phone booth and changing from Clark Kent into the Man of Steel himself.

Faster than a speeding bullet! More powerful than a locomotive! Able to soar higher than any plane!

Building Faces

Just like extrusions, faces require a sketch as the start point. With the initial face of the model, there is not much to do. Once you’ve selected the Profile (if there are multiple closed loops) you can flip the offset direction

Face - CreateNew to 2016 is the option to add solids with subsequent face features.

Face - Multi Solid

As mentioned earlier, Face are more than simple extrusions. Faces are capable of adding Bends.

Scenario #1 – Auto Bend Creation

When one of your sketched edges is colinear to an existing model edge, the face recognizes this and automatically adds a bend to the model. This bend defaults to the Sheet Metal style settings, but for the active face you can override the settings directly in the dialog (Bend Radius section).

Add Bend Automatically

Scenario #2 – Edge Selection

Inventor Sheet metal supports disconnected faces, in that you can layout faces in the model that are not connected. They are features of the same solid model, meaning you can position the faces in the desired location and then connect them with bends after.

Face - Add Bend

Faster than a streak of lightning! More powerful than the pounding surf! Mightier than a roaring hurricane!

Scenario #3 – Parallel Faces

Parallel Faces

When a parallel face is created and the edge selected for bend creation the dialog expands to show the Double Bend option Four options are available: Fix Edges, 45 Degree, Full Radius, and 90 Degree. The toggle within the dialog switches the fixed edge, as in which one remains in position and the one that adjusts to create the double bend.

Double Bends

Adding Bends

Bends can be added after creating the faces. This is useful when you are not quite sure how you want the faces connected at the time of created. As the faces can be disconnected you can lay them out in the model first, say building a container, then add the bends to complete the shape after.

Bends

So what makes Faces so super? In many situations, the entire sheet metal model can be created using just this feature. Also, some things like Full Radius double bends are much more efficiently created with Faces / Bends than with any other feature.

photo credit: Superman via photopin (license)

photo credit: Laying On My “S” via photopin (license)

Holy Sheet Metal Batman!

I was watching Batman Forever the other day, which is not the worst Batman movie of the bunch, but is still a horrible movie. I really liked Val Kilmer as Batman, and loved what Jim Carey did with the Riddler, it’s too bad the story sucked. Even though its a bad movie, it does have a few good moments. My favorite part is when Batman and Robin land on the island to catch the bad guys and this happens

Robin: Holey rusted metal, Batman!

Batman: Huh?

Robin: The ground, it’s all metal. It’s full of holes. You know, holey.

Batman: Oh.

Batman & Robin

photo credit: WonderCon 2015 – Batman and Robin via photopin (license)

Pure entertainment gold! It is funny and a tribute to the still-to-this-day-awesome 60’s Batman TV show.

So where am I going with this? That line got me thinking about Inventor Sheet Metal and a great area to have a series of posts! [I know… Batman to Inventor to Sheetmetal is a bit of a random thought process, but you can’t question things when opportunity arises!]

Riddle me this, riddle me that, who’s afraid of the big, grey, sheet metal environment?

In this series

  1. Faces and Bends
  2. Styles
  3. Flanges
  4. Hems
  5. Corner Seams
  6. Contour Flanges
  7. Rounds, Chamfers, and Cuts
  8. Converting to Sheet Metal
  9. Lofted Flanges
  10. Contour Rolls
  11. Folds
  12. Unfold, and Refolds
  13. Flat Patterns
  14. Drawings

Feature Image Cutting-Edge Tech by JD Hancock

Reviving Inventor’s Design Checker – Making it work for you

In case you have not seen it yet, the (subscription-only) Inventor Design Checker tool is a potentially massive time saver when it comes to checking on the conformance of modelling data to a known (company) standard.

I will not be covering how to use/set it up here since the instructions can be found (in brief) online or in detail in the accompanying help (.chm format) documentation, but suffice it to say it’s really easy to check a whole plethora of common modelling errors/omissions.

I have previously posted about my desire to use the Inventor Design Checker (IDC) to check pre-existing model datasets using this tool, but, if you have used the tool already, you will notice that it has one (to me at least) fatal flaw with the inability to batch process (existing) large assemblies and sub-assemblies.

Because of this flaw, I had ignored the tool for over a year when a series of events led me back to discussing it with the very knowledgeable Adrian Salariu. I praised his post on Inventor Pipe Clips and he then replied to my Google+ post on the subject of the IDC stating that he had previously used it to check a large assembly structure without using iLogic or the API.

We subsequently discussed this further using Google Hangouts and, after understanding how Adrian had accomplished this seemingly impossible goal, here is my guide on using the Inventor Design Checker for batch processing large assemblies:

Preparation for Batch Processing with Inventor Design Checker

There are a huge number of checks that available to use with this tool, and whilst there are too many to mention in detail, the one issue we encounter more than any other in provided-to-us Inventor datasets is “under-constrained-sketches”.

This error ranges in severity from one or two dimensions/constraints missing within one sketch in a part file to (the worst I have seen) 150 of 180 sketches being under-constrained within one part file.

Obviously in the latter case, the only option left to us was to take the original paper drawing data and re-draw the Inventor part from scratch as attempting to piece together a part with around a 70% broken sketch count was simply a non-starter.

Once you have agreed upon a set of company standard checks that you wish to run, the procedure for running the tool as a batch process is relatively simple.

Ensure that “Enable LiveCheck” is selected:

Inventor Design Checker - Enable Live Check

Then double-check the profile you wish to use:

(In my case remembering to turn on the previously mentioned “Under Constrained Sketches”)

Inventor Design Checker -  Under Constrained Sketches

Also remember to add Default iProperties you wish to have checked:

Inventor Design Checker - Default Properties

Save and exit the Design Checker Profile tool, then close Inventor.

Now we need to think about the origin of any files we wish to check, since there are a number of pointers I have discovered that could shape the way you use this tool:

  • Are the files Vaulted?

OR

  • Are the files part of a pack and go?

OR

  • Are they included on an email/CD/DVD?

If the answer to the above is a. then skip to (Vaulted Files).

If the answer to the above is b. then skip to (Pack & Go Files).

If the answer to the above is c. then read on:

In the case of emailed/DVD-based files, simply place them somewhere within your existing Vault folder structure.

Make sure to unset Read-Only on these files and (to prevent missing file errors) open their parent assembly with Inventor. This ensures that (if Inventor is unable to find them) Inventor will download the latest copy of any Content Centre files referenced by this assembly.

Once again, close Inventor and skip ahead to (Processing files using Task Scheduler).

Vaulted Files

Vaulted files can be treated similarly to number 6) above, but with the caveat that if they are in a lifecycle-released state, the IDC results will not be saved to the files in the Vault.

If non-saving of the files is not an issue, for instance if you simply want to report on pre-existing, Vaulted, locked files, then simply do a “Get” at the parent assembly (remembering to tick the “Children” option) and download the latest files from Vault. Then unset Read-Only and open the parent assembly as per step 7 above.

Pack & Go Files

Pack & Go Files should already be writeable, but it is best to check as the IDC will fail on any missing or read-only files and repeated failures will result in the process stopping completely.

Depending on the settings used when creating the Pack & Go, there may or may not be included the relevant Content Centre files, so it is worth setting the Pack & Go project file as current and opening the top-level assembly to force Inventor to get all missing Content. (Of course, Inventor may not be able to retrieve some items in which case an email to the Pack & Go source is likely required.

Processing files using Task Scheduler

With all the necessary files downloaded and ready to be processed, open the Inventor Task Scheduler from the Start Menu -> All Programs -> Autodesk -> Autodesk Inventor (year) -> Tools -> Task Scheduler.

Create a new “Update Design” task:

Inventor Design Checker - Task

If you can’t select a project file, then simply select a folder to use, or even an assembly file:

Then tick the “Immediately” (Assuming you want the task to run straight away!):

Inventor Design Checker - Task Folder

Next, click “Options” and tick the “Total Rebuild” option. (This may or may not be necessary, it was something Adrian & I discussed and we agreed it was probably best to turn this option on):

Inventor Design Checker - Task Run Immediately

Finally click OK to close the Update Design Options and then, if you are happy with the settings you have selected, click OK on the Update Design dialogue.

Inventor Design Checker - Task Total Rebuild

Awaiting the Task Scheduler results

Once the process is running, you will see different “speedometer” icons appearing on-screen whilst the task completes:

Inventor Design Checker - Task Running

Inventor Design Checker - Task Running 2

These different icons display the different checks that have passed/failed within the IDC dataset.

Once the task has completed you will see something similar to this page:

Inventor Design Checker - Task Running 4

The “Red Cross” denotes that the task completed with some errors. In the case above, the most-recent task only had three errors:

Inventor Design Checker - Task Error

Now it is simply a matter of right clicking the completed task and selecting “Create Report”:

Inventor Design Checker - Task Create Report

Then select the filename/path for the report and click OK:

Inventor Design Checker - Task report filename

The report will open and because we ticked the “Errors Only” option will only display errors from the Task Scheduler process:

Inventor Design Checker - Task Report

With the Scheduled task complete, we can now reopen Inventor and begin to interpret the IDC Results.

Inventor Design Checker Results

Open the top-level assembly checked by IDC and you will see the speedometer as shown below:

Inventor Design Checker

The number displayed within shows the number of files that have failed checks. Ideally, this would be zero, with the dial(s) fully green as per this part:

Inventor Design Checker - Results

The exclamation marks shown in the image above are highlighted within the report as “Accepted Failed Checks” and have accompanying remarks from the user (in this case me) explaining what the Accepted Failed Check means.

Inventor: Top Ten iLogic & API Tips

Here are my Top Ten Inventor iLogic tricks. I have included some mentions of the Inventor API and SDK too, since they go hand-in-hand.

Forums, forums, forums

When working with Inventor iLogic, it is important to remember that for the most part, none of what you are likely to create will be “entirely new” code. There is a good chance that somebody on the Autodesk Forums will have either already used the methods available (within iLogic) to do what you want to do with them, or at the very least be able to offer pointers as to how to achieve your goal.

The Inventor API team are always on hand to aid with a specific question and the Expert Elite will occasionally chime in as well.

A good starting point is the Inventor customization forum:

Inventor Customization Forums

In particular, the search function (circled above) is one of the best ways to get started. Always make sure to include iLogic in the search string.

Inventor SDK

One of the most useful (and often overlooked) repositories available to even a seasoned iLogic user is the Inventor SDK. Normally available here:

C:\Users\Public\Documents\Autodesk\Inventor 20##\SDK

It comprises two installers:

Inventor SDK

User Tools

This installer contains the following tools:

Inventor SDK UserToolsThe titles of which should be self-explanatory. 😉

Developer Tools

This installer contains the following tools:

Inventor API developer tools installed

It is worth noting however that without even an Express version of Visual Studio installed, you will receive the following error and be unable to proceed with the installation:

Inventor API developer tools no Visual Studio errorEvent watcher sample

Assuming you did have Visual Studio installed; one gem in the Developer Tools -> Tools folder is the Event Watcher, a standalone app that is especially useful if you want to see what commands are firing within Inventor when using the Inventor UI.

I have previously used this tool to discover and subsequently intercept the “file close” and “file save” events for example.

Keep It Simple, Stupid.

When working in iLogic, it is very easy to end up with an enormous codebase; and whilst this may seem like “do as I say, not as I do” I have in the past created iLogic routines with 500+ lines of code. It is not something I would recommend to anyone starting out. The easiest way to keep things simple is to limit each method to an absolute maximum of 10 variables. I.e. objects you define yourself:

Inventor API Variable CountThe above is a good example of a limited number of variables leading to easily maintained code.

Another tip is regarding named objects you create; sometimes in a large iLogic rule, you will find an error, which results in a useless dialogue from the Inventor UI. Often, this sort of error can be as simple as a typo caused by an overly complex object name. Turning “Option Explicit on” is one method to eliminate these errors before running the rule.

Debugging

A quick way of debugging iLogic code is to place message boxes throughout the rule:

Inventor iLogic messagebox.showThis gives a nice prompt within the Inventor UI that things are running as planned.

I do not recommend including them within a (potentially long running) loop, unless you like clicking the mouse waiting for said loop to finish that is.

Visual Studio

Visual Studio Express is the minimum required to install the a fore-mentioned Developer Tools and is especially useful if you are serious about working with the Inventor API.

Among its many attributes are:

Intellisense

Autocompletes code and can suggest options as you type.

Break Points

These function in a similar way to the message boxes we discussed earlier, but allow the developer to step through the code line by line.

These are both things that Inventor iLogic is sorely lacking, but which is an unlikely implementation unfortunately.

Option Explicit on

A trick I picked up because of this topic of mine is that although VB.NET and thus Inventor iLogic is happy for you to use the following statement:

You will see (as in the case above) strange results within the Inventor UI.

The correct method to use for the above scenario is thus:

Notice the addition of the Type Name Constant preceding the link Object above. To help detect these constants in code, you simply add “Option Explicit On” at the top of the iLogic Rule. This will Force explicit declaration of all variables in an Inventor iLogic rule.

Commenting

Commenting code is often something that is either forgotten or over-used. For instance, when naming objects, there is no need to comment every variable, provided each uses a sensible name. For example:

Dim selectedfile As String = String.Empty” Would not require a comment whereas:

Dim a As String = String.Empty” Would require a comment to denote what ‘a’ means.

Granted, for a small piece of Inventor iLogic it may not be necessary to comment anything, but let us say for instance that you write a comment-free iLogic rule that works so well you do not need to update it for 6 months.

When you next attempt to edit this piece of code, the lack of comments will likely mean spending half a day or more getting to grips with what the code is doing.

Another trick that Visual Studio has up its sleeve (which would be useful in Inventor iLogic) is the ability to auto-expand any instance of three apostrophe characters preceding a method into a block of text resembling this:

Visual Studio Autocomplete CommentsObviously, if you have installed a copy of Visual Studio, and you want to include this kind of commenting, you can copy the header that defines your method into a vb.net class open in Visual Studio, hit apostrophe three times on the line above and it will expand into the layout seen in the image above.

Built-in tools for user ease

For beginners, typing logic statements within iLogic is sometimes a difficult idea to get to grips with.

The iLogic “Edit rule” window does an okay job of highlighting the most-used of these:

iLogic Edit Rule dialogue keywords dropdownThere is also the Operators drop-down:

iLogic Edit Rule dialogue keywords dropdownClicking any of these dropdown items inserts them into the iLogic rule window.

Snippets are your friend

The Snippets available in the iLogic Rule Editor are (by me anyway) an underused addition to the iLogic toolset:

iLogic Edit Rule dialogue snippetsSnippets allow the user to create iLogic rules with minimal searching of the Inventor API documentation.

The snippets included by default allow for simple things like iProperty changes, feature suppression and mathematics through to more advanced topics like running other iLogic rules or even vanilla VB.NET code.

Custom snippets contain parts of actual rules, which you can place into your rules and use them without any modifications:

iLogic Edit Rule dialogue custom snippetsOne of these snippets even allows you to make Inventor talk to the user.

Vaulted iLogic is Good iLogic

Lastly, I find an easy way of creating a repository of iLogic rules is to simply create a sub-folder in Vault and check the files in.

This way, any time you wish to make a change to the Rule in question, you first have to check the file out, and then check it back in when complete. This builds a revision history similar to that which you might see on www.github.com or other similar service.

Autodesk Manufacturing 2016 Product Launch

Autodesk has officially released (April 13, 2015) their Product Design Suite and Factory Design Suites for 2016, in concert with their Simulation software lineup, and Inventor HSM. This package represents a very large range of solutions for its manufacturing industry customers, and includes some great updates to existing products as well as a few new features too.

Autodesk Inventor took the Lion’s share of improvements in what the company is calling an open, connected, end-to-end seamless product development ecosystem. The following are a few highlights from these portfolios.

Product Design Suite (PDS) and Inventor

Recently, we detailed the enhancements in Autodesk Inventor 2016; 387 additions and valuable enhancements such as multi-body sheet metal and model to free-form tools. One addition that stood out was the 3D Printing Environment within Inventor. This allows users to prepare their components for specific vendor’s machines, orienting and partitioning their parts in print spaces that are too limiting. The partition tools include alignment tabs, and the ability to reposition the remaining portions of the part in the void areas of the printer’s effective printing space. Watching the company’s demo of this functionality was kind of cool.

Autodesk Print Studio 2016

Once a print is prepared, users can then send the oriented parts from the 3D Printing Environment to Autodesk’s new 3D Print Studio, an application that helps users build supports and prints the project directly to the large list of known commercial printers.

AnyCAD, Autodesk’s name for their new technology for importing and maintaining most popular CAD model formats inside Inventor assemblies. This allows users the option of importing almost any CAD model for use in their designs, and maintaining the relationship between the original file and the model. If the original file is modified (or overwritten), the imported model is updated dynamically.

Autodesk Inventor 2016 AnyCAD

Buzz Kross, senior vice president, Design, Lifecycle and Simulation at Autodesk noted:

“The new AnyCAD technology in Inventor alone is worth moving to the 2016 version, but we’re also improving every part of the product workflow from concept through product delivery to help companies meet the challenges that lie ahead”

 

Watch Scott’s great video of AnyCAD in action.

 

Other really nice areas of improvement include Sheet Metal environment, 2D Sketching, Drawing Environment, and Presentation Environment (yes, believe it or not).

 

Product Design Suite Software Titles

PDS Premium includes:

  • Inventor
  • AutoCAD( + Mechanical)
  • AutoCAD Raster Design
  • ReCap
  • Vault Basic
  • 3ds Max Design
  • Navisworks Simulate
  • Showcase (downloaded separately)
  • 3D Print Studio
  • Fusion 360

PDS Ultimate adds:

  • Inventor Professional
  • AutoCAD Electrical
  • Navisworks Manage (replaces Simulate)
  • Alias Design (downloaded separately)

 

Factory Design Suite

Additional enhancements for Factory design Suite include:

  • Batch convert legacy CAD items into Factory Assets
  • Quickly convert AutoCAD facility layouts to 3D in Navisworks.
  • Point Clouds display laser scan location map and synchronize across AutoCAD, Inventor, and Navisworks.
  • Create Factory Design Suite assets from Point Clouds

Factory Design Suite Softare Titles

FDS Standard includes:

  • AutoCAD( + Mechanical +Architecture)
  • AutoCAD Raster Design
  • Factory Design Utility
  • ReCap
  • Vault Basic
  • Showcase (downloaded separately)
  • 3D Print Studio

FDS Premium adds:

  • 3ds Max Design
  • Navisworks Simulate
  • Inventor

FDS Ultimate adds:

  • Navisworks Manage (replaces Simulate)
  • Inventor Professional

The Complimenting Simulation and InventorHSM

I’m tempted to call these the landscape after all the money the company has sunk into the technologies. Think back 5 or so years ago and compare… You can’t; there was nothing there.  Autodesk’s end-to-end manufacturing solution is intertwined with continually expanding simulation and CAD/CAM software solutions.

Simulation Portfolio

The Autodesk Simulation portfolio for 2016 has a few changes you don’t want to miss as well as a brand new application. We have more details here.

Inventor HSM

We still do not have the complete picture for the changes in Inventor HSM, but there is one really sweet addition to the product, and more information coming soon. What we can say is…

Autodesk Inventor HSM 2016 gets Turning!

Autodesk added the much awaited turning capability to InventorHSM. The turning addition includes traditional toolpaths with facing, roughing, profiling, grooving and drilling operations. The applications support programming for twin-turret and twin-spindle lathes, plus mill/turn machining.

Autodesk InventorHSM 2016 Gets Turning

What does this mean for Subscribers?

I think Inventor’s improvements alone represent a significant value to engineers and their customers (I won’t rehash these here), and are worth the costs of renewing. I cannot personally speak for specific enhancements within the remaining titles in these suites, but I can attest to the level of detail applied to Autodesk Inventor, and how happy I was to see this much attention paid to a veteran product that we depend on.  Potentially more wonder and technological goodness surrounding Inventor are on the horizon, but I am under oath of silence and secrecy… (first born child and all that).

The integration of Inventor and Nastran In-CAD speaks to the company’s connected, all-encompassing mantra. With regard to the complete end-to-end digital prototyping (and physical prototyping), Autodesk’s Simulation offerings for 2016 hold a few nice features as well. More on that is coming soon.

 

Autodesk Software Information and Downloads

Autodesk Product Design Suite

Autodesk Factory Design Suite

Autodesk Inventor HSM

These products are available now!

Images courtesy of Autodesk, Inc.

 

Autodesk Inventor 2016: What’s New Review

This year Autodesk showed considerable effort towards caring for their existing user base, by adding 32 user requested enhancements in this release, almost 4X that of 2014. There are changes in almost every area of Inventor; from tiny improvements to dialog boxes to complete workflow overhauls; a new rendering engine was added too. The list was really long this year, and quite impressive actually. All we could do is hit some high points in this summary.

Unfortunately, not all features were extended to Inventor LT. We noted as many as we could determine with (*nLT).

User Interface

Various User Interface (UI) features have been tidied. From countless dialog box tweaks to workflows, changes include:

  • Hide all sketch dimensions
  • Import/Export iLogic external rules configuration (*nLT)
  • Numerous Visualization changes
  • All lighting styles are now associated with (IBL) Image Based Lighting.

New 3D Printing Environment

Position your design within the designated printer space and print the components directly from Inventor.

Inventor 2016 3D Print

  • Direct editing in this environment doesn’t modify the original geometry
  • Oversized components can be partitioned
  • List of commercial 3D printers

Sketch

  • Identify sketch plane source. FINALLY!!
  • Create tangent dimensions between curved geometry
  • Enhanced 3D sketch wrapping and projection

Inventor 2016 - Show Sketch Input

Parts

Parts look really exciting this year.

  • Boundary Patch no longer requires closed edge selection
  • Mirror and Pattern support multiple solid body selection
  • Create nonlinear patterns for solid bodies
  • Copy / Paste is now available from the Parameters dialog context menu
  • Surfaces used as parting lines
  • Ruled Surfaces have been added. FINALLY!!

Inventor 2016 - Pattern MultiSolids Inventor 2016 - Ruled Surface

Sheet Metal

Sheet metal is my favorite item this year; well at least so far. Great improvements include multi-body support, new features, 0-bend radii much more.

Inventor 2016 - Multibody Sheetmetal

Check out the details in our first Inventor 2016 New Sheet Metal Features Test Drive.

Freeform Environment / Edit Form

Freeform command activates a Ribbon tab providing full access to the environment.

  • Cool new Convert to Freeform command
  • Work features accessible from Ribbon tab
  • Numerous new commands and features available
  • Intelligent body management

Inventor 2016 - Convert to Freeform

Assembly

  • Analyze Interference improvements
  • Tube and Pipe(*nLT) – File names for Fittings customizable and part numbers populated in Parts Lists
  • Assembly conflict zoom-to

Color Override in Derived Components

‘Use color override from source component’ option added to Derived Assembly (*nLT), Derived Part, Make Part, and Make Component dialog boxes. A global override is available in Application Options.

Drawings

The Drawing Environment received a huge share of attention this time round. Numerous view related workflows have been cleaned up or moved to create a more direct approach of manipulation, as well as many annotation enhancements that were needed.

  • Add projected geometry to view sketches
  • New Reflection Environment settings in the drawing Document Settings – apply specular effect and specify Reflection map in a drawing (.idw) file.
  • New Hidden Line options for Content Center and Sheet Metal
  • Drawing sketch creation is now similar to creating model sketches
  • Merged Format for Dual Hole notes
  • Initial View Scale added to title blocks
  • Transparent components in Drawing Views
  • Create Drawing View from Any Open Model, then current model view orientation and representation are carried over

Overhauled Base View Creation and Editing

The In-Canvas Base View creation tools simplify workflows associated with base and projected view creation. Initial View Scale is set to a best fit and can be changed by dragging the corner to produce the new scale. Direct editing of orientation is now available, as well as a slew of refined features throughout the interface.

Inventor 2016 - Drawing Improvements

Annotation Enhancements

  • Double-click direct editing of symbols
  • Feature Control Frame enhancements
  • Split Leader corrections
  • Single segment leader option
  • One-step leader alignment
  • Symbols list reorganized and enhanced
  • Surface texture symbols updated
  • New external Sketch Symbols Library

Drawing Balloon Enhancements

Balloon creation has been enhanced, including Balloon alignment tools, split Balloons, selection and more. Custom Balloon styles can be created too.

Inventor 2016 drawing balloon improved

New Text Options

Text editing finally received some enhancements and a revamped dialog box, including bullet lists, text case, Graphics Window preview, and much more.

Inventor 2016 new drawing symbols list

Studio Visualization

  • New IBL Lighting Styles added and all custom styles automatically associated with IBL

RapidRT is now the rendering engine for Inventor Studio

Enhanced render quality with additional features:

  • Time duration/iterations/unlimited mode
  • Lighting and Material Accuracy modes

Inventor 2016 Studio Render Enhancements

Presentations (*nLT)

Presentations have been excluded from enhancement since Inventor Publisher arrived…. This year offers some relief:

  • Trail creation and editing enhanced
  • Component selection simplified
  • Enhanced Representations support
  • Triad Manipulator modernized and can be aligned to component geometry
  • Auto Explode improved and added to Ribbon

Tweak Command Enhancements

Tweak Components command is redesigned to include direct manipulation. A mini-toolbar is available with new commands including Undo option.

Inventor 2016 Presentations - Default Trails

Dynamic previewing of tweaks now occurs, and components are rolled back during tweak editing to preview the changes.

  • Tweaked component selection sets amended dynamically
  • Enhanced Trail editing and manual creation
  • In-Canvas editing of distance and angle

Interoperability

Autodesk continues to merge the seams between CAD model versions, with some focus on AutoCAD and non-native formats.

  • Simplified importing of non-Autodesk CAD files

Associativity

Associative CAD file import maintains and updates links with:

  • SolidWorks
  • CATIA
  • NX
  • Pro-E/Creo
  • Alias

AutoCAD Electrical and Inventor (*nLT)

A New Electromechanical Tab has been added to the Ribbon. The New Electromechanical link between Inventor and AutoCAD Electrical provides smooth data exchange and update between the two.

Other Enhancements

  • Multi-thread support (Single processor only)
  • 64 bit only support for Inventor 2016 through Win 8.1 (LT still supports 32-bit)

Detailed What’s New Posts

Autodesk Inventor 2016 Now Uses Any CAD format

Sketching a Circle Around the Competition with Inventor 2016

Autodesk Inventor 2016 – Drawing Environment Improvements

Presenting Inventor 2016 (What’s New With Presentations?)

Autodesk Inventor 2016: Sheet Metal New Features

Thank You!

Thank you to our team for pumping out this series of posts:

There will be plenty more to come about Inventor 2016 in the coming weeks and months.

Autodesk Inventor 2016 Now Uses AnyCAD format

Well, well, well, Autodesk have really stepped up to the plate with this new feature. Multi-CAD… Sound familiar? PTC served up their version last year. Have Autodesk taken it further? Is it a truly useful workflow? What about improving the DWG import performance? Are all questions you may be asking. Continue Reading

Join the Community