Altair Inspire, developed by SolidThinking which was acquired by Altair, is software for Generative Design/Topology Optimization, and rapid simulation solution for design engineers. It is designed to enhance the concept development process by enabling simulation-driven design to increase a product’s efficiency, strength and manufacturability. This can lead to reduced costs, development time, material consumption, and product weight.
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CATIA
Score 8.3 out of 10
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CATIA from Dassault Systemes is a 3D product modeling and design tool used across multiple industries.
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Pricing
Altair Inspire
CATIA
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Altair Inspire
CATIA
Free Trial
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Free/Freemium Version
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Premium Consulting/Integration Services
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Entry-level Setup Fee
No setup fee
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Altair Inspire
CATIA
Features
Altair Inspire
CATIA
Computer-Aided Design Software
Comparison of Computer-Aided Design Software features of Product A and Product B
This software is incredibly intuitive and really does provide a great finished product. The software runs relatively quickly and will usually throw an error right away, which is a nice feature. I didn't use the geometry editing parts of the software, but it looks promising to be able to edit files directly in the program.
When it comes to modelling a product using multiple parts, CATIA becomes tedious. One need someone to sit with and learn with the experience from a frequent user. If switching from any other software to CATIA, it can be intimidating as learning curve is lengthy. For example, when working with complex shape in a knuckle joint, more steps are needed in part modelling. This cause part modelling lengthier and consume time more time, in comparison to SOLIDWORKS. However, CATIA is tremendously helpful in generating really complex features. Surface modelling is way easier when one know how to use it. It becomes really handy to make changes to the design later as well. The design history tree is also very well organized, which save time in later modifications
I think the tools to create CAD are a bit difficult to use. Consequently, it is now easier to develop the part in other software, which is bad since we need to use more than one tool at a time.
The software is pretty heavy, even with computers designed for heavy-duty loads, resulting in long wait times to load files and make changes, reducing productivity.
When I needed clarification on how do use a feature or best way to define the constraints for a design problem, the response was quick and solved my needs.
We got frequent updates on CATIA. There are lots of update notes. Also, there are lots of lots of videos online to solve the issues that you can stumble upon. It also has a built-in help manual, which helps occasionally. I have gotten my education through a physical class on CATIA, so there are opportunities like that as well.
Working Model, MathCad, Dynamic Designer, Algor, and Mathlab had poor UI's and poor ways to define actuator and motor motion profiles. The force results and vectors were not easy to input into the FEA software. SOLIDWORKS Motion does not have an excellent way to define a linear actuator or its motion profile. Altair provides a UI that guides you through defining your linear actuator or motor's motion profile quickly.
You can create solid or 3D figures more easily and efficiently using Catia than in other programs or in specific AutoCAD. You can also create different pieces to later assemble them and thus create figures even more complex or in greater detail. In the same way, you can make 2D drawings without much complication.