“We can choose a different view of the product as its design progresses and incorporate this content in our documentation.”

“With SolidWorks software, we engineered the product line from top to bottom in less than a year. This was done in record time. Getting just a single product out the door can take two years or more when working in older 3D systems or in 2D.”

“I knew that SolidWorks was a better system for working with engineering students because of the short learning curve. We have now standardized on SolidWorks for all of our engineering courses and research at Dartmouth.”

"We are getting more and more efficient, and our development and production throughput have grown since we implemented [SOLIDWORKS] EPDM. Our machines involve very large assemblies some in the 10,000-part range so finding ways to automate processes is important."

“We’ve relied on SOLIDWORKS mechanical design and FEA (finite element analysis) tools since the beginning. As fuel-cell applications have grown, we’ve sought to duplicate our mechanical engineering performance on the electrical systems side of our development effort.”

“It’s quite easy to place sensors, actuators, and transducers, and interface cables to the physical components. Then, we can hit the magic button that does all the wiring. SOLIDWORKS Electrical is truly a keen bit of software.”

"Our distributors and dealers have also realized a reduction in their installation times since we moved to SolidWorks."

“In the past, we would just cut rectangular shapes, create special tooling to punch out the corners, and fold the pieces up, With SOLIDWORKS, we can design whatever feature we need in the flat pattern.”

“There are so many tools inside SOLIDWORKS. Once people start working with SOLIDWORKS and discover the available tools and how easy it is to use them, our number of users just continues to grow.”

"Working with SOLIDWORKS tools, we’re absolutely saving more time and money. SOLIDWORKS is the most user-friendly design tool we’ve seen and enables us to more efficiently and cost-effectively create standardized mechanical components and systems for our plants. This results in fewer errors and less rework, which saves us time and …

"By acquiring SOLIDWORKS design, simulation, documentation, and sustainability solutions, CATAS has added a range of cutting-edge services to meet our clients’ future challenges. At CATAS, we are preparing for tomorrow, and SOLIDWORKS solutions are helping us be ready."

“Using SOLIDWORKS Professional design software has improved communication and collaboration with our design and fabrication partners, With SOLIDWORKS Composer software, it’s easier to create high-quality documentation materials, which are more accurate and up-to-date.”

"Our systems involve high-speed motion, so we need to verify the vibration characteristics of our designs and optimize the stiffness-to-mass ratio as much as possible. In today’s fast-paced world, we simply don’t have the time to do something a second time. With SOLIDWORKS Simulation, we have an integrated tool that …

“In our business, the best measure of efficiency is the ability to create custom parts and assemblies that fit together correctly the first time. SOLIDWORKS greatly increases the odds that we consistently achieve that goal, not just during initial assembly but also whenever we need to produce replacement parts for …

“Our machines can have as many as 15,000 parts, including up to 9,000 discrete one-offs. The ability to model these parts in 3D and to make sure that we consistently assemble the machines without problems is a big plus. SOLIDWORKS helps us to keep both our assembly and component costs …