SolidEdge is a drafting, solid modeling, and simulation CAD software for mechanical and electrical designs, and product development. It is owned by Siemens PLM software. Through the use of synchronous technology, Solid Edge merges the simplicity and speed of direct modeling, with the control and flexibility of parametric technology. The software package has a comprehensive portfolio of the tools needed for all aspects of the product development process. This portfolio includes mechanical and electrical design, simulation, data management, technical publications, manufacturing solutions, and cloud-based collaboration. Considering these features, we can agree that Solid Edge is a powerful and complete CAD software solution. The question is, is it suitable for you?
After capability, the next consideration before choosing the right application for you is cost. Solid Edge has different packages that can each be procured through various licensing options. As a result of this, carrying out a cost analysis of the application on your own can be a daunting task. But do not despair! To make things a lot easier for you, Scan2CAD has put together this exhaustive pricing article on Solid Edge. In this article, we will be exploring the different Solid Edge packages and the different purchasing options for them.
Before we take a look at the different purchasing options and their prices, it is important that we take a look at what each Solid Edge package contains so that you know what you are getting for your money. There are four different Solid Edge packages with the fundamental difference between them being advancements in functionality. In ascending order of level of functionality, the packages are Solid Edge Design and Drafting, Solid Edge Foundation, Solid Edge Classic, and Solid Edge Premium. We have listed and discussed the functionalities of each package below.
This is where it starts to get a bit tricky. There are several license options which apply to every Solid Edge package. For ease of understanding, we have broadly categorized them into three: device-based license options, special licenses, and period-based license options. In addition, SIEMENS PLM offers value-based licensing through a token-based flexible license.
A node-locked license is a single-seat license that allows a single user to load and use Solid Edge on a single machine. This license is locked to a specific machine using a number known as the SE CID (Solid Edge Composite Host ID), for older versions of Solid Edge, or COMPOSITE2, for newer versions of the software (post 2020). The number is generated automatically by the Solid Edge Utility application. You need to input this number along with an identifiable name of the computer during the product activation phase to activate the standalone license. Thus, it is important to take note of the ID.
A floating license allows a limited amount of multiple users to use the software simultaneously on a network. This license allows for greater flexibility as it can be installed on as many computers as needed, provided the number of simultaneous users does not exceed the number stipulated in the license configuration (number of purchased seats). Floating licenses are ideal for companies with many employees.
In addition to the node-locked and floating licenses, Siemens PLM also offers special licenses: travel and home use licenses. These licenses can only be purchased as an addition to the node-locked or floating license.
Users can apply for a travel license for up to 30 days from the date of issue per year. It also entitles users to 30 days per-license of Solid Edge in-maintenance on their accounts. This license allows them to temporarily use Solid Edge on a different machine off-site. The 30-day allowance resets after 12 months.
As the name implies, payment for this license is made once after which you can use the application indefinitely. However, the license is attached to the Solid Edge version purchased. You can always upgrade to a newer version for a fee. Perpetual licenses may be single-seat (node-locked) or floating.
Solid Edge flexible licensing functions similarly to AutoCAD Flex in that it is based on the purchase of tokens. The tokens then allow you to add specific capabilities to the Solid Edge software through add ons. These add ons include PCB Collaboration, Electric Routing, Point Cloud Visualization, Simulation, Advanced PMI (Product and Manufacturing Information), and more.
Yes! Siemens PLM offers a number of discounts and free applications. For starters, for any Solid Edge package you purchase as a new customer, you get the first month for only $1. In addition to this, the following are some free software packages from Solid Edge.
SIEMENS PLM helps entrepreneurs get their upstarts off the ground. Through the Solid Edge for Startups program, the company provides eligible startups with free access to the complete Solid Edge software that includes all the CAD, CAM, and CAE capabilities. To be eligible, startups must fulfill the following requirements:
Having gone through the capabilities and pricing of Solid Edge, you may be wondering if it has any alternatives. In the world of CAD, you always a number of options. The following are some CAD software packages worth considering:
Incidentally, all the options listed above feature in our discussion on the top 10 best 3D CAD software. Additionally, you may also find our popular CAD software comparisons useful in your purchase decision such as: SolidWorks vs Autodesk Inventor, Solidworks vs Fusion 360, Solid Edge vs NX, and Catia vs Solidworks.
So forgive me, because I had never heard of it. If you are familiar with Solidworks, then all I can say is that it is a direct competitor with Solidworks and boasts many of the same functions as Solidworks.
Solidworks and Solid Edge are very similar in price, utility, UI, modeling techniques, and function. However, Solidworks has a commanding lead in the worldwide CAD industry and has a much bigger online community. Despite its popularity, Solidworks is significantly cheaper than Solid Edge.
If I were choosing between the two, I would pick Solidworks. Solid Edge and Solidworks are very similar in price, utility, UI, function. You name it! I expect Solidworks to stay on the cutting edge year after year because an innovator and a brilliant businessman created Solidworks.
However, if I already designed the rest of the tool, and our design team has decided that the grip will be mounted on a steel rod that is 2cm in diameter and 13cm long. In either Solidworks and Solid Edge, I would define the parameters of the inside hole of my grip to be 2cm diameter and 13cm long.
Also, whatever means we decide to use to attach the grip to the rod would be parametrically defined. Now, once those parameters are set and locked in place, I would be able to model the grip into whatever shape I want.
So with that being said, the head-to-head criteria comparison are all going to be tied. For those of you who are new to the concept of parametric modeling programs, reading the criteria will help you understand how Solidworks works.
Yes, I am sure I could form some such opinions, but those would be ultimately subjective. The overall truth is that these programs are competitive analogs of one another. They are made to be the same.
It will take a lot of work to become proficient at modeling and understanding materials and fabrication well enough to design a fully functional product prototype. Best of luck to you! You are welcome to rely on YouTube, but nothing beats an instructor-led class followed by real-world work experience.
Modeling in Solidworks and other parametric programs like Solid Edge, Inventor, and Fusion360 is fun and satisfying. They all feature the same fundamental sorts of tools and methods to restrict specific parameters while allowing the rest of the part to be formed and shaped.
The materials are given physical properties such as flexibility or brittleness, thermodynamics, break strength, etc. Every physical aspect of materials are applied in these programs, allowing for the computer simulations.
Solidworks and Solid Edge can both be used to perform advanced stress tests on products and parts. What kind of physical conditions will your product or part undergo? Nothing is invincible, so how much can your design take before it breaks?
What is the weakest link in your design, and how can you fix it? Simulations can tell you what the weak spot is, and also how to fix it. Conversely, you can use these simulations to remove unnecessary sections from your parts to reduce weight and material use.
There are several different simulations that are critical for developing certain products. First, the drop test can calculate the impact of dropping your product onto various surfaces from various heights to see how much damage it can take from a fall.
CAM is critical to real-world product development. Without CAM, your model will always remain a model and will never become reality. Solidworks and Solid Edge have a library of industry-standard CAM simulators to see which machines will best produce your products.
How is that part made? Is it a steel lathe? Is it a laser cutter? Will you need a waterjet machine, perhaps? What kind of raw material will your part be shaped from? Is there a more efficient way to model your part to reduce manufacturing expenses?
When it comes to mind-blowing photorealistic rendering, Keyshot is one of the best applications out there. If you want to produce the highest quality renderings, then go with an application like this. Solidworks and Solid Edge are both compatible with Keyshot. Therefore, this category is a clear tie.
After all, they are direct competitors and strive to out-do one another. As a result, they will always be keeping up with one another. So how do you choose between the two? There are a few ways to think about it;
Chris Graham is an experienced Computer-Aided Design (CAD) draftsman and a writer. He has extensive knowledge of almost all the top CAD software available on the market these days. From simple tasks to developing a professional CAD drawing, he can do everything.
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