Clean UI and solid synchronous tech, with add-on modules and integrations that fit in well. Model edits are fast, assembly work is quick, and the generative design tools help move things along. I can import and reuse CAD data from any source, which makes the overall workflow smoother. Support is responsive, and the quick ROI is a nice bonus. Review collected by and hosted on G2.com.

Some features still need to be added compared to competing platforms. Right now there are very few of them, and there are some workarounds, but it would be better to have them built in. For example, a smart pattern that changes shape when a parameter changes (in Solid Edge, we create a custom feature for this). Review collected by and hosted on G2.com.

We are in the service business, providing end-to-end solutions from design to manufacturing of packaging automation machines. Solid Edge Synchronous Technology helps us design faster and significantly improves our editing speed. The Retrieve Dimensions feature reduces our time in drawing creation. Overall, Solid Edge has a very simple user interface, so new users can learn it in less time. Review collected by and hosted on G2.com.

It crashes sometimes leads to spend time again to rework the same thing.so IF solid edge has the backup capability so user and resume its work where Solid edge was Crashed. Review collected by and hosted on G2.com.

It create 2d sketch into 3d very quick with its feature of just drag arrow which save time to use command for extrude purpose also it can cut material by reversing arrow Review collected by and hosted on G2.com.

It create multiple files if I import step files in software which create mess everywhere where step file located so i suggest it will be save in temp folder for clean Review collected by and hosted on G2.com.

1. Easy to use, fast 3D modeling, and efficient drafting tools that improve productivity.

2. Intuitive interface, powerful modeling, and reliable drafting for faster design work.

3. User-friendly, efficient for 3D design, and great for creating accurate engineering drawings.

4. Fast, intuitive CAD software with strong 3D modeling and drafting capabilities. Review collected by and hosted on G2.com.

1. Occasional lag with large assemblies and a learning curve for advanced features.

2. Some advanced tools are hard to find, and performance can slow with complex models.

3. The interface could be more modern, and large projects sometimes affect performance.

4. Limited customization in some workflows, and complex assemblies can be slower to handle. Review collected by and hosted on G2.com.

Ii is very simple tool to design product, fixtures, gauges, stamping and punching tools. I like surfacing functions due to much more easier job than CATIA. Review collected by and hosted on G2.com.

When I do the assembly there is no option to import step file directly. Annual service pack upgrade is too expensive to me. Due to that I prefer Solid Works. Review collected by and hosted on G2.com.

We use Siemens Solid Edge as the backbone of our product and factory development lifecycle, from concept through to commissioning. All machinery layouts, custom equipment designs, and factory expansion models are developed in Solid Edge, allowing us to rapidly iterate designs, validate fit within real-world constraints, and maintain a single, accurate digital representation of our production environment.

By integrating Simcenter FLOEFD directly within Solid Edge, we move beyond traditional CAD into simulation-driven design. We actively simulate airflow, temperature distribution, and humidity behaviour across our processing and packaging environments—critical for drying performance, product consistency, and hygiene compliance. This enables us to identify issues such as condensation risk, airflow inefficiencies, and thermal inconsistencies before physical implementation.

The value this delivers is substantial:

Reduced risk: Problems are identified and solved digitally before capital is committed or equipment is installed.

Faster decision-making: Design iterations that would take weeks physically are completed in hours.

Optimised performance: Equipment and facility layouts are engineered for real operating conditions, not assumptions.

Cost efficiency: Minimises rework, avoids overdesign, and improves ROI on major capital investments.

Scalable digital foundation: As we expand, our full factory exists as a validated digital twin, supporting future automation, upgrades, and process optimisation.

In short, Solid Edge combined with FLOEFD allows us to design smarter, de-risk faster, and execute expansion projects with a level of confidence and precision that would not be achievable with CAD alone.

The UI has been greatly improved in its feel and operation. Making it more modern and user friendly. Really happy about the dark mode addition as well.

In overall the performance has improved on the operation of the software. Enjoying the performance mode it has to offer.

Pricing is ok but feel like better options and bundles should be created to allow for adding more employees easier.

The Siemens Academy use to be the go to but needs more work done, cannot wait for the revamp to be completed. There are tons of resources online that are helpful when required.

New AI features are really helpful for speeding up daily use!

Keep adding more please! Review collected by and hosted on G2.com.

It really is a one of a kind Digital creation software that can be used in all industries globally. Its hard to dislike since it is so versatile and adaptable. But if I had to choose something, maybe not utilizing enough multi core threading would be one. Review collected by and hosted on G2.com.

The best new features are the AI-powered tools, enhanced user experience, and smooth cloud collaboration. They enhance the speed, intelligence, and effectiveness of the design process. Review collected by and hosted on G2.com.

The overall experience is excellent. It would be even better with some improvements to third-party CAD interoperability, cloud collaboration, AI-assisted procedures, and massive assembly performance. Review collected by and hosted on G2.com.

The most distinctive feature of Solid Edge is how it bridges the gap between direct modeling and history-based (ordered) parametric design. It lets engineers edit imported, non-native geometry or tweak complex parts on the fly, without having to worry about broken feature trees or sitting through long model regenerations. Review collected by and hosted on G2.com.

Advanced Surfacing Limitations: While excellent for mechanical design, sheet metal, and structural framing, its complex organic surfacing tools fall short of high-end surface modeling suits like CATIA or Rhino. Review collected by and hosted on G2.com.

The combination of parametric modeling and direct editing is what I find most useful. It provides enough control for detailed mechanical designs while still making it relatively quick to modify existing geometry. The assembly and drawing tools also make it suitable for handling the broader design workflow. Review collected by and hosted on G2.com.

Some of the more advanced modeling and assembly functions have a noticeable learning curve. Working with very detailed assemblies can also require good model organization to keep the design responsive and manageable. Review collected by and hosted on G2.com.

The flexibility of the modeling tools is what I like most. Solid Edge makes it easy to create detailed mechanical designs while also providing useful capabilities for assemblies, drawings, and direct editing. The ability to make quick changes to existing geometry is particularly convenient during design iterations. Review collected by and hosted on G2.com.

The wide range of tools can make the software somewhat overwhelming initially. Some advanced modeling and assembly workflows also take time to master, especially for users transitioning from simpler CAD platforms. Review collected by and hosted on G2.com.