Solid Edge Portfolio
Siemens Digital Industries SoftwareReviews from AWS customer
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Solid Edge: Fast and Affordable for Engineers
What do you like best about the product?
I appreciate Solid Edge for its speed, which significantly cuts down my workload and helps me deliver all my tasks efficiently as a software engineer. The 3D modeling capability is particularly helpful, and I find the pricing perfect, aligned with its reliability.
What do you dislike about the product?
I would like to see a free trial offered to all users. It would be helpful for evaluating the software before making a purchase decision. Currently, the lack of a trial limits accessibility for potential users, especially students or small businesses.
What problems is the product solving and how is that benefiting you?
I find Solid Edge's speed saves me a lot of time, allowing me to deliver tasks efficiently as a software engineer. Its intuitive interface and powerful features streamline my workflow and reduce development bottlenecks.
good
What do you like best about the product?
good Shape the future with a complete portfolio of product development tools for mechanical and electrical design, simulation, manufacturing, technical publications, data management, and more.
What do you dislike about the product?
NEED TO BE FRIENDLY USE BUT IN ALL Shape the future with a complete portfolio of product development tools for mechanical and electrical design, simulation, manufacturing, technical publications, data management, and more.
What problems is the product solving and how is that benefiting you?
DRAWING AND Shape the future with a complete portfolio of product development tools for mechanical and electrical design, simulation, manufacturing, technical publications, data management, and more.
Share my experience using Solid Edge and contribute to the G2 community
What do you like best about the product?
What I like best about Solid Edge is its powerful and intuitive combination of parametric and synchronous modeling. This hybrid approach allows for faster design iterations and greater flexibility when working with complex assemblies. The interface is user-friendly, and the integration with Siemens PLM tools enhances collaboration across projects. Additionally, features like simulation, sheet metal design, and rendering are well-integrated and highly efficient, making Solid Edge an excellent all-in-one solution for mechanical design and engineering tasks.
What do you dislike about the product?
While Solid Edge is a powerful tool, one area for improvement is its learning curve for new users, especially when transitioning from other CAD platforms. Some advanced features—like synchronous technology—can be confusing at first without proper training. Additionally, performance can occasionally lag when handling very large assemblies or complex simulations, depending on system specs. Better integration with third-party plugins and improved file compatibility with other CAD software would also enhance workflow flexibility.
What problems is the product solving and how is that benefiting you?
Solid Edge helps me solve complex mechanical design challenges by streamlining the modeling and assembly process, especially in projects involving renewable energy systems and turbomachinery.
Its synchronous technology allows me to make quick edits without needing to retrace the entire design history, saving valuable time during design iterations. The built-in simulation tools also help me validate designs early, reducing the need for costly physical prototypes. Additionally, Solid Edge’s sheet metal and drafting features ensure that designs are ready for manufacturing with high accuracy, helping me move from concept to production more efficiently.
Its synchronous technology allows me to make quick edits without needing to retrace the entire design history, saving valuable time during design iterations. The built-in simulation tools also help me validate designs early, reducing the need for costly physical prototypes. Additionally, Solid Edge’s sheet metal and drafting features ensure that designs are ready for manufacturing with high accuracy, helping me move from concept to production more efficiently.
SolidEdge Took Our 3D modeling to the Next Level
What do you like best about the product?
The synchronous modeling is my favorite - it makes editing parts quick and easy without messing up the design history. It really speeds up 3D modeling.
What do you dislike about the product?
> The user interface feels a bit outdated compared to modern design tools.
> Some features are buried deep in menus and hard to find.
> It has a steep learning curve, especially for beginners.
> Initial setup and customization can be time-consuming.
> Some features are buried deep in menus and hard to find.
> It has a steep learning curve, especially for beginners.
> Initial setup and customization can be time-consuming.
What problems is the product solving and how is that benefiting you?
Solid Edge help us create and edit 3D models quickly without breaking the design structure. It reduces the time spent fixing errors and switching between tools by offering built-in features like simulation and drafting. This makes our workflow faster and more efficient overall.
Solid edge, THE IMCOMPARABLE
What do you like best about the product?
Solid edge gave me the best experience so far in design and I love its simplicity so much. I have worked on quite a number of design tools but as a matter of fact I am comfortable most with solid edge
What do you dislike about the product?
I love solid edge its a great tool for design and so far I am yet to see where I would recommend solid edge to improve on for now as per my experience using different cad tools
What problems is the product solving and how is that benefiting you?
Solid edge has made design so easy fast and less complex to use for a user like me. With solid edge I am meeting up very much with work deadlines. Its performance is to my greatest delight
A POSITIVE EXPIRIENCE FOR DESING WITH SOLID EDGE
What do you like best about the product?
The most powerful tool of this solution is the synchronous technology, the work flow is easier and you can edit in real time and model directly without the restriction of the constrained history tree.
What do you dislike about the product?
There are some areas where the software could need improves, the performance when it has complex assembleas decrease for the size, it represent a significant lag.
What problems is the product solving and how is that benefiting you?
Cam integration, piping and electrical solutions of modelling are complex as a sophisticated tools the learning curve can be considerable but the onboarding is very helpful.
A powerfull yet Accessible CAD Tool for 3d design and learning
What do you like best about the product?
Solid edge offers a professional grade 3D CAD experience with tools that are intuitive enough for personal projects or learning purposes. I like how it balances parametric and direct modleing, which makes the design process more flexible
What do you dislike about the product?
The installation process can feel a bit heavy, and it requires a powerful system to run smoothly especially when working with complex assemblies Some of the advansed features like simulation or electrical routing can be overwhelming for new users
What problems is the product solving and how is that benefiting you?
As someone exploring CAD design for personal learning and experimentation, solid Edge gives me the tools to create professional grade 2D and 3D models it helps me understand mechanical part design, improves my darfting skills, and allows me to create detailed assembles without needing expensive software
Good software, but not modernized and lacking documentation.
What do you like best about the product?
The software is easy to install and use, with a straightforward setup process that requires minimal effort. It offers simple and intuitive file management, remains stable during operation, and features a user-friendly interface that enhances the overall experience for both beginners and advanced users I woud say.
What do you dislike about the product?
The software lacks comprehensive information and documentation, which makes it challenging for new users to understand its full capabilities. Additionally, version updates are released with minimal explanations or changelogs, leaving users uncertain about what has changed or improved. This lack of transparency and guidance significantly increases the learning curve and makes it difficult to fully master the software without extensive trial and error.
What problems is the product solving and how is that benefiting you?
It is essentially a 2D and 3D CAD software that serves as a standard tool for mechanical engineering students like myself. It provides a solid foundation for learning computer-aided design, enabling us to develop essential skills in modeling, drafting, and design visualization. The software is commonly used in academic settings for course projects, making it an important part of our engineering education and practical training.
PCB holder design
What do you like best about the product?
I have used multiple tools for CAD design and found Solid Edge to be one easy stop for all types of work, including 3D modeling and other use cases. The instructions are fairly easy to understand, and movement and viewing angles of the design are also very seamless.
What do you dislike about the product?
Sometimes I would have a problem exporting the designs. But it got resolved quite easily with some tweaks. Overall experience of the tool is very good.
What problems is the product solving and how is that benefiting you?
I used it to design a PCB housing for the flight controller during my time at Challengers. Challengers is a team that works mostly on plane and drone modeling and competes in competitions. Most of my work with Solid Edge revolved around designing a robust case for the flight controller to be kept safe.
A Closer Look at Solid Edge: Strengths, Gaps, and Real-World Impact
What do you like best about the product?
What I like best about Solid Edge is its synchronous modeling technology — it genuinely changes the game for CAD design workflows. Unlike traditional parametric systems that force you to build and edit geometry in a strict history-based order, Solid Edge lets you make direct edits at any point, even on imported models from other CAD tools, without breaking downstream features.
This flexibility is incredibly valuable when working in fast-paced environments where design changes happen frequently, or when collaborating across teams that may use different software platforms. I can revise geometry, move faces, adjust features, or rework entire assemblies without rebuilding the model from scratch — and without the “feature tree errors” that tend to plague other CAD systems.
Additionally, Solid Edge does a fantastic job combining:
Ease of use for quick concept modeling,
Robust features like sheet metal design, simulation, and CAM tools,
And excellent multi-CAD compatibility, which is crucial for supplier collaboration.
It’s the rare CAD platform that gives both power and speed — without the overhead of larger, more complex systems like NX or CATIA.
This flexibility is incredibly valuable when working in fast-paced environments where design changes happen frequently, or when collaborating across teams that may use different software platforms. I can revise geometry, move faces, adjust features, or rework entire assemblies without rebuilding the model from scratch — and without the “feature tree errors” that tend to plague other CAD systems.
Additionally, Solid Edge does a fantastic job combining:
Ease of use for quick concept modeling,
Robust features like sheet metal design, simulation, and CAM tools,
And excellent multi-CAD compatibility, which is crucial for supplier collaboration.
It’s the rare CAD platform that gives both power and speed — without the overhead of larger, more complex systems like NX or CATIA.
What do you dislike about the product?
While Solid Edge is a powerful and flexible CAD tool, there are a few areas where it falls short — especially when compared to more mature or enterprise-level platforms.
1. PLM and ERP Integration Is Limited or Cumbersome
Out-of-the-box, Solid Edge doesn’t offer the tight integration with PLM or ERP systems that some other Siemens tools (like NX with Teamcenter) provide. If you're in an environment where full digital thread or traceability is needed, setting that up with Solid Edge can require custom workflows or middleware, and it’s not always straightforward.
2. Customer Support Can Be Inconsistent
While Siemens and its resellers do offer support, the quality can vary significantly depending on your service tier and region. For critical issues, response times and escalation procedures are not always as fast or transparent as one would expect from an engineering-grade tool.
3. User Interface Can Feel Dated in Places
Though the ribbon-based interface is generally easy to navigate, some dialogs and tool configurations still carry a legacy feel. It’s not as modern or polished as, say, Autodesk Fusion 360 — especially when it comes to visualization, real-time rendering, or customization options.
4. Resource Usage & Stability Under Large Assemblies
Solid Edge handles small to medium assemblies quite well, but with very large or complex assemblies, you may experience slowdowns or memory issues — especially on mid-tier workstations. It’s better than it used to be, but still not as optimized as high-end platforms like Creo or NX.
5. Limited Cloud Collaboration Tools
Unlike newer CAD tools that are fully cloud-native (e.g., Onshape), Solid Edge is still largely desktop-based. While Siemens has started offering cloud-connected options, true real-time collaborative features are lacking, which can be a bottleneck for distributed teams.
1. PLM and ERP Integration Is Limited or Cumbersome
Out-of-the-box, Solid Edge doesn’t offer the tight integration with PLM or ERP systems that some other Siemens tools (like NX with Teamcenter) provide. If you're in an environment where full digital thread or traceability is needed, setting that up with Solid Edge can require custom workflows or middleware, and it’s not always straightforward.
2. Customer Support Can Be Inconsistent
While Siemens and its resellers do offer support, the quality can vary significantly depending on your service tier and region. For critical issues, response times and escalation procedures are not always as fast or transparent as one would expect from an engineering-grade tool.
3. User Interface Can Feel Dated in Places
Though the ribbon-based interface is generally easy to navigate, some dialogs and tool configurations still carry a legacy feel. It’s not as modern or polished as, say, Autodesk Fusion 360 — especially when it comes to visualization, real-time rendering, or customization options.
4. Resource Usage & Stability Under Large Assemblies
Solid Edge handles small to medium assemblies quite well, but with very large or complex assemblies, you may experience slowdowns or memory issues — especially on mid-tier workstations. It’s better than it used to be, but still not as optimized as high-end platforms like Creo or NX.
5. Limited Cloud Collaboration Tools
Unlike newer CAD tools that are fully cloud-native (e.g., Onshape), Solid Edge is still largely desktop-based. While Siemens has started offering cloud-connected options, true real-time collaborative features are lacking, which can be a bottleneck for distributed teams.
What problems is the product solving and how is that benefiting you?
Complex 3D Design Bottlenecks
→ Creating intricate part geometries and assemblies used to be time-consuming and error-prone. Solid Edge’s synchronous technology allows me to make fast, flexible edits without the constraints of history-based modeling.
Revision Control and Design Reuse
→ With built-in data management tools, it’s easier to track versions, reuse existing designs, and reduce duplication — which used to be a nightmare in legacy file systems.
Simulation and Validation Delays
→ Previously, we had to export models to third-party tools for basic simulations. Now, integrated simulation (FEA, motion, CFD) in Solid Edge allows early-stage design validation, helping catch structural or thermal issues before prototyping.
→ Creating intricate part geometries and assemblies used to be time-consuming and error-prone. Solid Edge’s synchronous technology allows me to make fast, flexible edits without the constraints of history-based modeling.
Revision Control and Design Reuse
→ With built-in data management tools, it’s easier to track versions, reuse existing designs, and reduce duplication — which used to be a nightmare in legacy file systems.
Simulation and Validation Delays
→ Previously, we had to export models to third-party tools for basic simulations. Now, integrated simulation (FEA, motion, CFD) in Solid Edge allows early-stage design validation, helping catch structural or thermal issues before prototyping.
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