"The Speed and Ease of Iterations in Solidworks Software Result in Greater Innovation.”
“We chose SOLIDWORKS because it was extremely user-friendly, was the first to offer bidirectional connectivity between 2D and 3D, provided greater value for the price, and was aligned with the SRS business philosophy, which is Faster. Better. Cheaper."
“The ability to quickly and easily make design modifi cations in SOLIDWORKS software is an important advantage. Designing in SOLIDWORKS enables you to make all of your mistakes in the software, which saves time and money.”
“Many of the products that we work with were originally developed using hand drawings. SOLIDWORKS gives us the tools that we need to document and improve design concepts, validate and prototype design performance, and manufacture and assemble quality products.”
“We have come a long way since our founding, and SolidWorks has been an important tool for helping us develop our technology. We are satisfied with SolidWorks and will continue to use it as we work to change the way deepwater drilling is done.”
"With SolidWorks, we can create a model once and use design tables to create several different-sized configurations automatically."
“We use the primary modeling function to design all of our parts. We generate drawings and use them to interface with manufacturers. We also use simulation to prove the design out and try to reduce weight of the design as much as possible.”
“The SOLIDWORKS 3D design environment has allowed us to streamline development and cut design cycles in half because we can better visualize and evaluate part designs and assemblies, and eliminate processes that are no longer necessary.”
“SolidWorks gives us the confidence—the comfort factor—that we have addressed and resolved any issues prior to installation."
“When designing new prototype bogie mechanisms we can now easily check for clearance issues or other design problems before producing parts, which is more cost-effective and helps to accelerate the entire process. Also, with the large rail bend sections that many of our jobs require, the use of SolidWorks has reduced our design time by approximately 50 percent, cut bend fabrication time by 25 to 30 percent, and improved ride quality.”
“We need to analyze the structural performance of different types of components, from rails to car frames. With SolidWorks simulation tools, we can assess where we can remove material or where we need to beef a part up. Optimizing the strength-to-weight of cable car systems is important for reducing both capital and ongoing operating costs for our customers.”
"Virtually everything we do – including working with assemblies, generating drawings, and communicating with vendors – requires fewer steps in SolidWorks."
“Innovation has helped us gain a commanding share of the offshore wind turbine market, and SolidWorks software is one of the tools that helps us to innovate freely. SolidWorks software enables us to produce better-quality, more precise preliminary designs faster than our competitors. When a project comes in, we can calculate the operation of up to 100 turbines in one go, analyzing many factors such as the wave loads, and rapidly produce designs that take them all into consideration.”
“With SolidWorks software, we can limit obstructions and discover clashes during the design phase so there are no issues when we send the turbine out to the platform.”
“SolidWorks software has enabled an incredible improvement in our final products in terms of detail, quality, and flexibility.”