645 SolidWorks Testimonials

“With SOLIDWORKS and ExactFlat, we can finish a pattern in an hour. This solution is saving time and money, as well as enabling us to increase throughput.”

“There are several important SOLIDWORKS capabilities that help us achieve our new product development goals. We have quite a few sheet metal parts, and SOLIDWORKS sheet metal functionality saves time. The SOLIDWORKS draft analysis tool speeds up design for manufacturability [DFM] of molded parts. We also leverage SOLIDWORKS interference checking before producing prototype parts and the rendering functionality for presenting design concepts to stakeholders.”

"In Inventor, it was difficult to bore a hole through all the parts in an assembly. We had to bore holes on each component individually, which added a lot of repetition and time. But with SolidWorks CAD software, we were able to do this in less than a minute."

“We couldn’t get local support for the electrical schematics software and few of the companies and designers in our area were familiar with or trained in Solid Edge. When we looked around at similar companies in our area and recruited designers and engineers, we kept encountering SOLIDWORKS® software. So, we decided to purchase a copy and try it out. That experience resulted in our full transition to SOLDIWORKS in 2013.”

“Our schematics layouts definitely look nicer and make a better impression with customers. We’ve added a good number of new symbols to our SOLIDWORKS Electrical Schematic database, which enables me not only to create more aesthetically pleasing schematics but also to complete them more efficiently and cost-effectively.”

“With SolidWorks Simulation tools, we can identify areas of high stress and potential failure before we cut metal, which allows us to improve design performance quickly and inexpensively.”

“SolidWorks Simulation capabilities allowed us to put the hydraulic brake line detangler through its paces—all on the computer screen—ensuring that the product was safe and effective before Mike Montgomery attempted his first stunt, jump, or ride.”

“With the Fresh Life program we focus highly on aspirations, which start with a fresh, clean, and hygienic lifestyle, By combining hygienic sanitation with economic opportunity, we are supporting our community to truly live ‘fresh lives,’ and SOLIDWORKS is a vital contributor in making this program a success.”

“SOLIDWORKS enables us to do more with less. The ability to convert surfaces to solids, simulate design performance, and quickly make design changes in SOLIDWORKS takes CAD to a whole new level.”

"I was attracted to SolidWorks because I felt that using a feature-based parametric platform would be the most productive way to get my job done."

“Using 3DEXPERIENCE SOLIDWORKS, we can access a detailed 3D CAD model of the van we’re converting, allowing us to design precise and perfectly fitting parts.”

“DELMIA CAM [Machining] has enhanced our manufacturing capabilities to produce precise parts. DELMIA has also enhanced the way that we nest files and produce parts, and has reduced turnaround cycles and the risk of errors because we can now not only nest but efficiently make changes to the nesting before cutting. This is a big change and improvement.”

“When we needed a CAD platform for the ESTCube project, SOLIDWORKS was the obvious choice. Not only was SOLIDWORKS my preferred design solution, it was also what the students at Tartu University used. We did a lot of collaborating on this project, and SOLIDWORKS provided important advantages.”

"Most of our customers use SOLIDWORKS design software and provide a SOLIDWORKS model file along with associated drawings, so it made sense to use a common platform for tooling and fixture development because it makes life easier for everyone involved in terms of communication, visualization, and the flexibility to make design changes."

"We’re able to develop a proposal with SOLIDWORKS, including 3D models, in a couple of hours instead of the days and weeks it took to develop proposals which did not include drawings, let alone 3D models working in 2D. The average part variance that we experienced before moving to SOLIDWORKS was 12 percent. In the first two years that we used SOLIDWORKS, our average part variance was less than half a percent. With SOLIDWORKS, we’re faster and more precise."