Solid Edge Reviews

Di Solid Edge piace molto la velocità di modellazione 3D e modifica con la tecnologia sincrona. E' abbastanza semplice da imparare almeno per la modellazione di base.

Di Solid Edge non mi piace che ci siano delle funzionalità tipo macro che siano nascoste, non è intuitivo, devi andare a cercarle e non sempre sono disponibili perchè ci sono delle funzioni a mio avviso limitate

Risolve problemi di modifiche ai progetti già svolti aggiornando in automatico le tavole 2d gìa' elaborate.

The software offers a very wide range of capabilities for high-quality modeling. The modeling is very precise and allows extensive possibilities for design iterations after the initial prototypes. It supports virtually all relevant file formats. During the use of the software, Siemens has proven to be very accommodating, both in terms of software options and also regarding technical support.

Drafting (2D drawing) can sometimes be unnecessarily complicated, limiting the possibilities in ways that result in a significant amount of time being lost on details. In addition, there are bugs with the user interface, particularly regarding the orientation of the 3D view. The solution is usually to simply restart the software once these problems appear.

We are able to develop complex designs more effectively, regardless of the type of manufacturing used, thanks to a much more efficient way of iterating designs provided by parametric CAD software. In addition, through the use of generative design, we fully leverage the possibilities of additive manufacturing, saving both time and material.

Solid Edge provides a very intuitive interface that makes it easier to transition from 2D drafting to 3D modeling. The synchronous technology is one of its strongest points, allowing fast design iterations without constantly worrying about the feature tree. I also appreciate its strong integration with simulation tools, which helps catch potential issues early in the design process. For projects that require collaboration, the ability to manage large assemblies efficiently has been a huge time-saver.

Although powerful, Solid Edge can be resource-heavy, and performance sometimes slows down when handling extremely complex assemblies. The licensing and update process could also be more straightforward, especially for smaller teams without dedicated IT support. Some file compatibility issues arise when exchanging models with other CAD platforms, which occasionally requires additional cleanup work.

Solid Edge has streamlined our product development cycle by reducing the time between initial concept and final prototype. Its built-in simulation tools mean fewer physical prototypes, saving both cost and time. The ability to quickly modify designs without having to remodel everything has been a significant advantage in responding to client feedback.

Solid Edge’s synchronous technology allows for fast, intuitive editing of models without history constraints. The user interface is clean, and integration with simulation tools is seamless.

The learning curve can be steep for beginners, especially those without prior CAD experience. Some advanced features require powerful hardware and may lag on lower-end systems.

Solid Edge helps solve the challenges of complex product design by combining direct and parametric modeling, reducing time spent on revisions and speeding up prototyping. It also streamlines collaboration through built-in data management and cloud capabilities, which improves team efficiency. By integrating simulation and drafting tools in one platform, it eliminates the need for multiple software packages, lowering costs and simplifying workflows.

Helps me in 3d design, user friendly, could be easy for beginners to learn it. Also, it can handle large assemblies. So, it combines both direct and parametric modelling

While working on this model you could face performance problems, and it does have limitations in features like 3D sketching, simulation, and advanced patterning.

While using this software you can benefit from product development and engineering design( better productivity, accelerates design proccess) allowing flexible modification of models 3

What I like best about Solid Edge is its intuitive interface, powerful 3D modeling capabilities, and how smoothly it handles complex assemblies.This will help me alot in my work

What I dislike about Solid Edge is that while it offers powerful features, it can sometimes feel overwhelming for beginners, with a steep learning curve and occasional performance slowdowns when handling very large assemblies or complex models.

Solid Edge is helping me design and simulate mechanical components more efficiently, reducing the need for repeated physical prototypes.

Solid Edge interface is quite user friendly with less clutter of icons and modelling tools conviently placed on straightforward positions which can enable learning it within a few days. Solid Edge Synchronous Technology has made my 3D modelling tasks less strenuous and more efficient with less cycle time per each model as compared to the previous CAD software I have been using. Solid Edge has been a game changer in my design work.

Solid Edge has actually made my design work a lot easier and efficient.I haven't experienced any observable shortcomings. Adding Built in Computational Fluid Dynamics options in the Academic and Community Editions for stress simulation will make it even more convinient for design work to the common student and/or early career reasearchers.

Solid Edge is greatly assisting me in my design work with engineering communication from product conceptualisation to fabrication drawings and product realisation. Stress simulation features help to do Finite Element Analysis (FEA) and help validate designs for stress and failure before fabricating the real product as fabrication/manufacturing of product before validation for failure modes can turn out to be costly if changes are required. Synchronous technology also helps to quickly make changes and updates to existing designs thereby reducing lead time from the product conceptual phase to fabrication.

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Solid Edge offers a very intuitive interface that doesn’t take long to get used to. I really like how smooth the 3D modeling and assembly features are compared to some other CAD tools I’ve tried. It has a wide range of functions that cover most of my engineering design needs, from mechanical parts to assemblies, without feeling overly complicated. Performance is stable, and it handles fairly large models without slowing down too much.

The main challenge is that some advanced features can feel a bit hidden or less straightforward, so there’s a bit of a learning curve if you want to go beyond the basics. Also, while the software is powerful, the licensing cost can be high for smaller teams or individuals.

Solid Edge helps me design mechanical parts and assemblies more efficiently. Instead of spending extra time switching between different tools, I can handle most of my design tasks in one place. This saves time, reduces errors, and makes the overall design process smoother.

its Synchronous Technology which combines the speed of direct modeling with the control of parametric design making design changes fast, flexible, and intuitive coupled with it's simulation tools .

1. Learning Curve– Synchronous Technology can be confusing at first for users used to traditional parametric modeling.

2. Add-on Integration– Certain third-party plugins or tools aren’t as widely supported compared to other major CAD platforms.

4. Resource Demand – Large assemblies can be demanding on system hardware.