Inventor

Avantages

ce logiciel offre un service de développé de étude d'ingénieur détaillé et approfondie

Inconvénients

un léger problème de fonctionnalité vu que ce logiciels est récents sur le marché,
en attend toujours des nouvelles mise a jour

Avantages

inventor outils de création de carte en 3D pour les professionnel

Inconvénients

le version pro de inventor est parfois chère en terme de prix

Avantages

La facilité d'exécution le logiciel en soit

Inconvénients

Les model of stats sont vraiment trop lourd il pourrais surment avoir un moyen d'arrangé cela

Avantages

powerful iLogic feature that simplies repetitive tasks

Inconvénients

Inventor doesn't allow real-time collaboration

Avantages

3d modeling, good integration to vault, and bom management

Inconvénients

cost is high, invegrated with autodesk vauld is costly for small business, bet essential for engineering

Avantages

Possibility to manage every kind of Company's product development, managing every kind of possible customization.

Inconvénients

Even skilled engeeniring having difficulties at the begging to manage the software. Tool Learning curve is quite heavy.

Avantages

Inventor has proper procurement guides and all costs are well established.

Inconvénients

Inventor has a powerful way of managing all inventories.

Avantages

I like that it has a wide range of tools for computer aided design, plus it has simulation tools that allow you to test your designs before producing them, one of my favorite features is the ability to automatically create blueprints based on your three-dimensional design, automatically creating views from different angles.

Inconvénients

Being a specialized software it has a relatively high cost, this together with its high requirements plus its high learning curve is a high barrier to access it, so it tends to have certain features that could make it very complex for some users.

Avantages

I like I logic programming & inventor has a huge content center library.

Inconvénients

Static analysis results need to be precised & reported errors need to be resolved.

Avantages

Nothing positive to mention if you have used other software before.

Inconvénients

Continued crashes and bugs (I work with an HP workstation optimized for CAD with Xeon, 32gb, Graphics...). Non intuitive tools/Interface. The orbital movement system is trash. Poor restriction functions (specially the tangent one). You need to constantly update the assembly to see the results. Sometimes the preview of the restrictions are not shown for some misterious reason. AND THE MOST IMPORTANT!!!! -DON'T HAVE AUTO-SAVE-

Avantages

The great thing about the inventor is the ability to simulate the created model of the project

Inconvénients

The one con is the price of the inventor its quite pricey, but of course you get what you paid for.

Avantages

Built-in simulation tools always help the end user to use it easily.

Inconvénients

Cost its very expensive,So mutitiple licence will be issue.

Avantages

great for full 3d modeling and mechanical designs. provides an in-depth and advanced experience.

Inconvénients

It can be a bit complex at first and requires time to train and learn. sometimes can be slower and require high processing computing power.

Avantages

3D modeling is very easy to pick up. I recently tries SolidWorks training on Linkedin Learning with a trail and it was not design to be user friendly.

Inconvénients

Layout sucks. It is Inventor's weaknes. I have to use AutoCAD template for the 2D and open it in Inventor for the 3D. It is a work around.

Avantages

The number of tools for 3d design. many libraries of mechanical parts that can be integrated into the design.

Inconvénients

Probably the price, it is a little bit expensive but it is a powerful tool, you pay for what you get.

Avantages

The parametric modeling is a feature that facilitates and speeds up the design process by allowing you to modify and iterate parameters without starting from scratch. The software counts with an extensive set of tools and makes it a comprehensive CAD program, as it offers a wide range of modeling tools, including 2D sketching and 3D capabilities such as extrusion, assembly, simulation, and more. Another advantage is its easy integration with other Autodesk software, which enables smooth collaboration and data exchange between different programs. In addition, it has a large online community of users who provide educational materials to facilitate learning and management of the software.

Inconvénients

The cost of Inventor can be quite high, which may pose limitations for companies or individuals with modest budgets. Additionally, certain software functions have demanding hardware requirements, necessitating high-powered equipment for optimal performance. This could result in additional expenses for users with low-end laptops or computers

Avantages

The Inventor is a very smooth and fast modeling software that helps you to make fast operations over short period of time.

Inconvénients

nothing like least-liked. perfect software of design.

Avantages

Inventor is good if you are rendering parts to a small product. You would not want to design a house or perform city planning on it. It is also not meant for animation, so being good at Inventor probably wouldn't get you a job with Pixar or Dreamworks. If, on the other hand, you want to 3D a missing keyboard key or the insert to your tape dispenser, then Inventor is for you.

I am an engineering teacher and my students use this program for the entire second-half of the school year. I have a feeling that students using Inventor in their Introduction to Engineering Design class is a huge majority of where Autodesk Inventor is used.

Inventor is very good at turning a part file into both assembiles and working drawings. The images it makes is just as good as anything you would find in IKEA assembly instructions. This works out well because I tell my students that by the end of the class I teach, they will be able to create an assembly instruction book that is just as good as anything IKEA would give their customers.

Inconvénients

I already know that I don't use even a small fraction of what Inventor is capable of and that I can only review the limited number of tools I have used. But, based on what I have used Inventor for during the better part of a decade...

Google SketchUp doesn't require that you place a sketch, then draw, and then extrude the sketch, and it works just fine. Inventor works fine for small simple projects, but it's slow-going to make something in it.

Because it uses true curves, Inventor uses a lot of RAM and can crash when you are assembling complicated parts.

It won't curve labels in 2 directions, it doesn't have a parabola, catenary, or hyperbola tools. I have struggled a lot with making their parts semitransparent like being able to see a ship inside of a bottle.

Avantages

Almost all mechanisms i desingned i used Inventor as a tool, no other software is more useful for mechanisms than inventor, its motion simulation is great, so if you need to make a four-bar linkage for instance you can see all design parameter been shown to you as you put the measures

Inconvénients

The only thing i don't like about inventor is its render system, for rendering in the company i used to work we used other cad systems to make final render

Avantages

I like that it's fairly quick to rebuild parts after changing a feature early on in the tree. I like the view cube in the upper right hand corner, very easy to reorient the view any way I want. The measure tool is very useful and easy to use. I really like how easy it is to start and orient a sketch, super simple and intuitive. The hole tool is nice and easy to use, good GUI.

Inconvénients

I don't like:
1. I can't measure between the edges of sketched circles without putting points there to measure from. Why shouldn't I be able to measure the web thickness or specify that as my measurable value? If that's something that's a CTC on my print, then let me spec it, don't tell me it's not "good engineering".
2. Why can't I split/trim projected geometry? You make me import it as a line, so let me trim it like one.
3. When using a feature in a subsequent sketch, why does it make me import that line geometry into my current sketch? Just reference it.
4. If I add a constraint, why not tell me what conflicts and let me delete the conflicting constraint (a la Creo). It's great that you tell me it's overconstraining it, but tell me what the conflicts are.
5. Why do I have to edit a sketch/feature to edit a dimension? I've been able to double click a dimension and edit that dimension in SW and Creo for years.
6. Why do I have to go into the View tab to change the visual style? Make that a floating toolbar in the viewable area (a la Creo).
7. Why don't all circular features, i.e. circles, holes, etc., automatically have an axis that's accessible to later features? It's dumb that I have to insert them...

Avantages

iLogic is amazing, it's like having a programming language built into Inventor, a powerful way to automate some parts of design and fabrication. Also, tools like iCopy and iParts can save a lot of time if you use similar parts over and over.

Inconvénients

It can bog down if you use too many constraints, it's usually better to work out parameter and formula driven solutions and use techniques like skeletal modeling to keep everything from bogging down. This could be my inexperience speaking, but I wish there was a more intuitive way to identify parts that are cut from stock lengths of the same shape, I'm sure there are workarounds for that.

Avantages

The software is easy to use and is made extremely powerful with iLogic. iLogic enables you to create multiple variations of a part with programming logic and variables. Objects are created based on dimensions so, if you change the width, everything based on the width changes to accommodate the new width. So if you have several parts that are basically the same with small variations, you can create a bunch of different parts by simply changing the variables.

Inconvénients

The one thing I don't like about the software is that in order to reference the midpoint of a line in sketch mode, you have to place a point on the midpoint. Then you can use the midpoint as a basis for other dimensions.

Avantages

I use this to create elements for 3D models of marketing activations activations. This is a simple and user friendly 3D modeling tool. to add, once you learn this tool it the interface carries throughout other autodesk programs.

Inconvénients

The price of it is a bit expensive. A single license can cost about 7,000. Regardless of cost, the Inventor doesn't have symmetry check. The symmetry would also the user to find whether the part is symmetric at all or the axis in which it is symmetric about. This would be helpful for users running FEA analysis and want to reduce the run down time.

Avantages

The thing I like most about Inventor is the ease of use. I came from a SolidWorks background and was able to jump right in and start working with Inventor with very little instruction. The interface is easy to understand and there is plenty of help videos and white papers on the Autodesk website to help you out if you get stuck.

Inconvénients

Inventor has crashed on me a couple of times, but that was remedied with a patch.

Avantages

Have the opportunity to do each of the design of your pieces and then assemble them. It allows you to evaluate every detail in the design process. The 3D design allows you to be focused on what is really important, the design. Every year the tool innovates and introduces you to new functions that make your work a little easier.

Once your designs are ready, you can use the 3D printer and manufacture a particular piece. So it allows you a quick "design-fabrication" process.

Inconvénients

The more pieces you add to your assembly, the computer gets a little slow. In that sense, a large capacity team is required.