Solid Edge

we use Solid Edge for design. we use it do draw and design to our projects

Solid Edge is an excellent Engineering tool that lets us design, simulate, draft and manufacture our customer solutions.

Solid Edge is used for building conveyor systems for intralogistics as well as constructing those.
Mostly the users complain about the performance.

We use Solid Edge to create new designs and customize existing designs. We work with remote teams that can work on same projects remotely. Solid Edge licence management can be improved to support stand alone computers and multiple users. Like many other start ups we work remotely and don't use internet network to run a licence server. For that we need for each computer a standalone licence to run the software.

So we were given a challenge in a student-run BEST/EBEC challenge. It was Siemens' sponsored challenge. First, I used Solid Edge to win the local round held at Erlangen, and then we got the chance to participate in the regional round held at TU Delft, Netherlands. We used Solid Edge software to design the task requirements given to us at the time of the challenge.

We use Solid Edge to create parts and assemblies of our logistics solutions. Our main issue is the performance of large assemblies in combination with our PDM solution. Simplified parts do not help because then the parts are even slower to download and take longer to open.

In our organization total 2 departments are using solid edge, Process and Design. We are using solid edge for general-purpose CAD and for drawing and designing. The main purpose of using Solid edge is to design gauges and tools. We are managing more than 400 types of fixtures. Sometimes we have to make changes in design and need to analyze it through drawings. We also need to update drawings based on customer requirements. Sometimes we are using for creating gauges and fixtures of new product development. We have to perform Design for Manufacturing of new models and need to take look at the assembly of the machine to see if there are any diddictulty in operations. Sometimes design need to produce special models of products in that case we have to help them designing die and manufacturing tools for supplier.

Solid Edge is used as the CAD software for all of the company's designs for different types of furniture. It's being used at all factory and engineering locations where both advanced designs and reverse engineering take place. It has many options to facilitate the user with a wide variety of tools to make the job a lot easier. Files are not huge so it makes it easier to run on both medium to high-end computers, therefore, companies do not have to spend thousands of dollars in equipment to be able to run this program.

Solid Edge is an engineering software [that] provides a great plate form of 3-D designing. In our organization, new products are developed through CAD CAM analysis and this plays a vital role to produce the prototypes for analysis, coding conversation with the CNC and running MATLAB. This software is easy to use and provide[s] a great online support for any issues if generate[d] within the system.

Siemens Solid Edge is used across out organisation as the primary Computer Aided Design package with which the company models our products in 3D and produces 2D drawings (drafts) to aid in the manufacture of products. By using a single CAD package across the whole organisation, the company is able to enforce standards and best practice on all designers. The whole organisation makes use of the product and is integrated into the Siemens Team Centre PLM suite.

I am using Solid Edge to open and work with AutoCAD (.dwg) files from clients, which I review and modify as needed. I use the 2D version of SolidEdge along with other CAD software to accomplish this work.

In our organization we use Solid Edge to model new products. If it is something simple we do it in one part but if it is something more complex we divide it into several parts and then make an assembly. If it is needed later, we create the plans of said product. Usually we export the file to render it in another program.

I train people in Solid Edge as the basis of my business. I also use Edge to do occasional design work for my customers, as well as use it to support users remotely.

I occasionally use Solid Edge on personal time. Sometimes I'm at home and want to turn an idea into a 3D model. Sometimes I had a particularly difficult part/assembly edit at work (where we use SOLIDWORKS) and I want to see how much faster and easier it would have been in Solid Edge. I'm hoping to find enough benefits to using Solid Edge that my work will consider adopting it as our primary CAD platform.
At a previous workplace, I used Solid Edge to import and work with dumb solids. It did a great job of optimizing the parts and assemblies for moldability, and would speed up the engineering process of designing parts and molds for plastic injection molding.

Solid Edge is being used by our mechanical engineering group. It's simple to learn. We've had SOLIDWORKS designers pick it up in a few hours. The synchronous technology makes this product a very efficient tool for designers. The integrated FEA saves us time. We also have a distributed team and the built-in data manager works great via Google Drive. The team loves the zero latency since the files are on their individual PCs rather than a server or strictly online.

I am the instructor of the Canadian Valley Technology Center CAD program. Solid Edge is used with & by students pursuing a career in mechanical drafting/engineering. The capabilities of synchronous technology enables our students to spend more time designing due to its flexibility and ease of use.