PTC offers Creo, the company's line of computer-aided design (CAD) products that support the product lifecycle management (PLM) process with 2D and 3D design kits (Creo Elements and Creo Direct), an augmented reality module, Creo Illustrate for technical illustrations, Creo Sketch, Creo Schematics and Creo View for diagramming and sharing information, Creo simulate for running simulations, and other modules.
$2,480
Simulink
Score 10.0 out of 10
N/A
MathWorks offers the Simulink product family including the Simscape physical modeling suite, simulation, validation, and testing tool set, a 3D animation module, signal processing toolbox for wireless communication, control systems, and event-based monitoring, to aid in the design of complex systems.
Learning curve of SolidWorks is higher compared to Creo, however, stability and more design control is provided by Creo. Creo also have more robust and stable interfaces. For larger assemblies, Creo works better than SolidWorks. New upgrades of Creo has given liberty to open …
It is very easy for a person to learn the software if the person just started to create 3d product. It create a fluid product design. Design of product can be complex but this doesn't concern when I use creo.
PTC Creo is much better than other software at allowing collaboration across multiple users, even multiple plants/locations. We went from an older non-parametric industry standard software to PTC Creo because we could save massive amounts of time by using the parametric …
If a client uses PTC Creo as their primary product development tool, we know we have an edge in productivity in our engagement. All clients desire productivity gains, and with PTC Creo, we know we can deliver.
We were required by DoD to use this software, but we also like it because it is professional. Many people in the field use it and want kids to be familiar with professional software vs. things like TinkerCAD even though it is a good resource. We also had PC computers and worked …
CATIA is another design software we had used before PTC Creo. The user interface of both PTC Crea and CATIA are very different. Part modeling is very user-friendly in PTC Creo, whereas drafting and sheet metal operations are easy in CATIA. PTC Creo has seamless flows while on …
As a service provider, we provide our services on many platforms. My client is using this software for manufacturing their products and this software helps them a lot.
PTC Creo has two main advantages. First, large assemblies with lots of different parts files, and its file structure that can handle these large assemblies without bogging the software done. Second, its ability to do advanced simulations without having to export the files to do …
In my career, I’ve used a few different CAD packages. I started using Pro Engineer Wildfire 4, a predecessor to Creo which had all of the same problems as Creo, plus more. Creo has changed some things since then, but it seems to be built on the same base, so some things that …
Control blocks and more detailed algorithms can be run in Matlab Simulink. Simulation and PCB drawing of electronic circuit boards are performed in Proteus.
Simulink has a more efficient pack of features. Is a very simple software to use and understand, and it is a quick option to provide fast and simple solutions.
Simulink has the best User-Interface and works seamlessly with MATLAB's developing environment and tools. On the other hand, graphical based simulation and development software are standalone software that require some sort of additional integration if you require more advanced …
I wouldn't suggest it to my worst enemy. My colleagues worked with other CADs and, in my experience, complain every day about this CAD, about how much things it doesn't have or do, etc. One of them keeps telling me, in their opinion, how even CREO Direct is far superior, easy to use, faster and better. In my opinion, it's a CAD that requires constant attention at what you do, how you do, when you do because it doesn't do it for you.
Simulink is a great tool for designing systems in the very early stages of projects. This lets you understand concepts and have a working model much faster, saving you time and money by being able to find errors really quick. On the other hand, when the projects reach a state of deployment you'll need to translate all the acquired knowledge and/or data from Simulink to the specific system you will be using. For example, you might design and validate a spacecraft propulsion system in Simulink, but when you build the real life model you will need to translate the designed algorithm/system to the actual code running aboard the spacecraft.
Providing guidance through using tools is lacking in Creo. There is a small area where the text is displayed at the bottom that is supposed to help guide you, but many times the guidance doesn't make sense.
Layers are a hassle in Creo. Unless you know how to set up your config file to do it automatically, you have to add each item to the appropriate layer.
There is a lack of automation in Creo. In some other CAD packages, you can add holes or the like on a pattern of features. Not so in Creo.
Learning curve for designing accurate models and getting useful results can be pretty steep for most people that aren't used to graphical based design and representation of systems.
Simulink requires a lot of CPU power and computer resources to run smoothly without crashing. Together with the MATLAB environment, a standard installation consumes a lot of disk space and becomes greater when more toolboxes are included.
Community for Simulink support and documentation is inferior to that of MATLAB and it isn't used as a standard tool by most of academia. I believe other tools such as Labview are far more common, making it easier to get help and find examples online.
I liked the training manuals I used to learn some, as I didn’t have CAD background in college or before this job. My coworkers were able to share with me what they learned in PTC training and I was able to get support online and through reading.
PTC Creo is much better than other software at allowing collaboration across multiple users, even multiple plants/locations. We went from an older non-parametric industry standard software to PTC Creo because we could save massive amounts of time by using the parametric assembly features of PTC Creo along with the the Windchill drawing organization functions.
Control blocks and more detailed algorithms can be run in Matlab Simulink. Simulation and PCB drawing of electronic circuit boards are performed in Proteus.
Having PTC Creo as our primary tool positions us as forward thinking and creative in the eyes of our clients.
PTC Creo constantly evolves in the ability to increase our productivity; new capabilities and features are added, which reduce our level of effort for some tasks.