![]() ![]() SolidWorks seemed to be the low-cost solution and was readily adopted by the industry. These included I-DEAS, Unigraphics (now called Siemens PLM NX), AutoCAD, and CATIA. Other 3D modeling software appeared, too. As both applications progressed, each in their own direction, they became further distinct and unique. ![]() ![]() SolidWorks focused on functionality and efficiency. The main focus of SolidWorks was to try to make the tools more intuitive and user friendly. The primary difference between SolidWorks and ProE is truly the interface. The software focused on performance and building upon what they already had.Īnother group of engineers, however, believed that some inherent problems with the ProEngineer existed and were not likely to be improved. ProEngineer evolved and a lot of the features were upgraded, and a lot of the bugs were fixed. Also the original set up then involved sub-windows on the right side of the screen. The software was very graphics intensive and required a lot of the computer’s resources, which resulted in a slow and sometimes difficult to operate interface. ProE, being the first, did have a lot of features that needed to mature over a period of time, just like AutoCAD and other 2D programs when they first came out. This created a rush for others to try to mock this ability. Engineers were finally able to view a part and rotate it on the screen. It became the most prominent 3D modeling software in the late 1990’s. ProEngineer was created prior to SolidWorks and was pioneering in the range of tools it brought. Both have very similar tools and use the same tools in slightly different ways to create 3D models. ProE and SolidWorks are two of the most popular 3D modeling applications used in the industry today.
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