645 SolidWorks Testimonials

“Using SOLIDWORKS, students can focus more on the design and engineering and less on the tool. UNH Precision Racing comprises several subteams frame, suspension, electronics, controls, and aerodynamics and SOLIDWORKS software better facilitates interdisciplinary collaboration and communication. The team wouldn’t be able to build the quality of cars they’ve produced without SOLIDWORKS.”

“This system encompasses all the necessary functionalities to support a company’s growth, eliminating the need to switch solutions in the future. By moving our product development and manufacturing operations to the 3DEXPERIENCE platform in the cloud, we have increased productivity; eased IT, hardware, and administrative costs; improved communications; compressed workflows; and boosted innovation.”

“With Alias and Rhino, changing the surfacing geometry to resolve performance or manufacturability issues meant we had to redo a lot of work. We’d have to start over, create new surfacing geometry that reflected the design change, and then bring the new surface geometry into SOLIDWORKS. We kept looking for a better solution for bridging the gap between industrial and mechanical design.”

“We have found SolidWorks software is so easy to use that we are able to complete more projects in the same time window. In fact, we have convinced many of our suppliers to move to SolidWorks software as well.”

“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.”

“Our success as a company is all about making the most of critical resources by embracing advanced technology solutions like those provided by SOLIDWORKS and AMD FirePro. It gives us an advantage over competitors because we can do things faster and more cost-effectively.”

“We set out to develop a computer-controlled, robotics-assisted system that could codify this surgical technique and allow more surgeons to conduct this procedure with reproducible precision. We needed a 3D design platform that would enable us to develop and visualize robotic concepts, and communicate our ideas with surgeons.”

"It might seem difficult for a non-profit organization to have the same technological tools as industrial manufacturers do. That would have been the case if not for the initiative of VISIATIV. They listened to what we do and gave us access to SOLIDWORKS’ cutting-edge technologies."

“From, once upon the time, to the show in the street, SOLIDWORKS allows us to make our wildest dreams, our most monumental machines, our most beautiful stories come true and to make them live, in the cities, for the biggest pleasure of everyone.”

“After a search on the type of robot to build, students quickly use SOLIDWORKS for the design part of the project. They can familiarize themselves with the basic CAD techniques: drawing, 3D, design of complete assemblies and simulation, and all this, in English. The work presents a real teaching interest, both technically and linguistically, and an excellent source of stimulation for our young people.”

“They proceed step by step, just as they would in a design department. They create, calculate, test, and validate the parts one at a time, and then, simulate the entire assembly. The SOLIDWORKS solution is absolutely crucial for the successful realization of this project.”

"Using SOLIDWORKS, students can focus more on the design and engineering and less on the tool. UNH Precision Racing comprises several subteams—frame, suspension, electronics, controls, and the aerodynamics and SOLIDWORKS software better facilitates interdisciplinary collaboration and communication. The team wouldn’t be able to build the quality of cars they’ve produced without SOLIDWORKS."

“Within the team, we rely on SOLIDWORKS design visualization, collision detection, animation, and hole misalignment tools to identify and resolve potential performance issues in the model, saving us time and producing a better car once we get to production, fabrication, and assembly.”

“The level of automation that we have been able to achieve via SQL integrations with SOLIDWORKS Electrical has allowed us to save significant amounts of time. Our designers report drawing speed increases ranging from 25 to 50 percent, and a detailed look at our projects over a five-year period revealed that we are saving an average of 2,033 man-hours per year.”

"We make great use of design configurations in SolidWorks to facilitate design reuse and quickly create component designs of different lengths, heights, and travel times."