"Students will have more job opportunities by having experience with SolidWorks CAD software."
“With SolidWorks software we do collision detection and interference checking up front. We also use configurations to develop different combinations of assemblies based on customer requirements. Using SolidWorks software, we have dramatically reduced engineering change orders (ECOs) and associated costs.”
“In addition to creating parts and assemblies, we also design and install our own piping. Moving to SolidWorks Premium has made us more efficient. We can do all facets of our development on a single 3D platform, while combining the piping systems we develop via SolidWorks Routing software with our assembly models.”
“They get more throughput by using higher pressure to push more samples through the column. The first high-pressure liquid chromatography valves were rated at about 500 psi. The Rheodyne® valves that we develop at IDEX today handle 30,000 psi of pressure. So, we’re pushing incredibly small volumes—in some cases as lile as 0.1 microliters—at extremely high pressure to increase throughput and make it more economical for labs to purchase equipment.”
“3DVIA Composer allows our engineers to capture assembly visuals from any angle they want, resulting in more clarity, better understanding, and less guesswork.”
“The response from everyone in production has been very positive. Clearly, watching an animation is more effective than leafing through a stack of paper.”
"SOLIDWORKS is simply and effectively the backbone of our designs. The Dassault Systèmes 3D solution is a necessary step in getting the exoskeleton certified and making the Wandercraft technological and human adventure an industrial reality."
“SOLIDWORKS has helped us to quickly develop several products and expand our engineering and design staff from one to 100 engineers in just four years.”
“With SOLIDWORKS, we have the integrated functionality to quickly develop and support products, enabling our company to grow.”
"With SolidWorks, we can create a model once and use design tables to create several different-sized configurations automatically."
“Between the customizable report generation tools in Smap3D and SOLIDWORKS eDrawings files, we can now more clearly and thoroughly communicate the need to make a design change, which facilitates customer comprehension and approval. The SOLIDWORKS/Smap3D solution improves the clarity and accuracy of documentation and communication throughout the entire process chain.”
“By designing parts and assemblies in SOLIDWORKS, 3D printing them, and then trying them out, we were able to iterate very quickly and launch the Reach a year ahead of schedule. We knew that we had something good, and our enthusiasm coupled with the efficiency of our design tools helped us to advance our design faster and reduce prototyping requirements on the back end.”
“The 3DEXPERIENCE platform gave us access to SOLIDWORKS CAD, SOLIDWORKS Simulation analysis, SOLIDWORKS Visualize rendering tools, and a cloud-managed PLM [product lifecycle management] system. Our team designed, prototyped, and ultimately built the Version 2 system thanks to all of the tools provided by the 3DEXPERIENCE platform. I’m not sure if we’d have even been able to create and launch the Version 2 system with our existing design software, but if we could it would have taken at least twice as long as it did with the 3DEXPERIENCE platform.”
"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."
“With SOLIDWORKS and Stratasys solutions, we’re simply faster, especially for specialized tooling applications.”