"By using synchronous technology, the turnaround on model creation has been accelerated, in particular for modification of models taken over from subcontractors."
"We’ve found that using Solid Edge with synchronous technology enables us to dramatically accelerate our entire product development operation compared to the CAD software we were using. Using synchronous technology is not only better and faster for editing a design, but also for new product development as well."
“With Solid Edge, our engineers are now very confident in working with clients. They can not only discuss a design in depth, but can make any necessary changes to the 3D model, letting customers see their designs just as the actual product will look.”
"This resulted in a significant efficiency improvement, which has enabled us to reallocate resources to allow more complex surface modeling of interiors and improved designs."
"We design electrical circuits in a dedicated software program, then we use NX to measure the looms and show how they fit into the overall design."
"Our style designer starts with a hand-drawn sketch and, by using NX, we can import this drawing as the starting point for developing a 3D model. After transforming the 3D sketch, we validate the product’s visual impact with our marketing people, then we move on to mechanical design and the study of components. At that point, we make the first physical prototype to build a reliable sample. So, using NX, we can develop a working prototype directly from the solid model, starting from a sketch on paper."
"Solid Edge undoubtedly has a lot of advantages: easy-to-use interface, speed, and the ability to build assemblies with unlimited nesting. Moreover, there are several unique features that favorably distinguish Solid Edge from other systems in its class."
"Valves for pipelines are characterized by non-standard geometric shapes, complex profiles and a large number of junctions. Solid Edge with synchronous technology helps accelerate our design process. Using Solid Edge, we soon realized just how quickly and effectively we could design valve parts from scratch, such as valve covers, which have highly complex surfaces."
"We were impressed by the powerful functionality of Tecnomatix, as well as by the fact that Siemens has an engineering team in North America dedicated to dimensional analysis."
“The ultimate measure of the success of Chery’s PLM solution is increased market share and customer satisfaction, both of which have been occurring since the PLM implementation began.”
"We needed a good solver for a complex hydraulic machine with a high number of pistons and shuttle valves. For this we used LMS Amesim fluid modeling capabilities. By providing an easy-to-use framework, this 1D simulation platform was able to simplify multi-domain integration for us."
"The company reinvests the time saved to optimize parts and to analyze how to cut their costs."
"We chose NX because it appeared to be the most appropriate for machining any kind of part."
"Our turning-point came when we replaced I-deas with NX CAM, aiming to guarantee the speed and accuracy of machining. We were facing time constraints and tolerances on the surface modeling. This hindered us in subsequent processes, such as polishing, which consequently slowed down project response time. Using NX helped us to increase our speed of production, as well as enabled us to ensure better precision throughout the process."
"We are quite pleased with the advantages that Solid Edge has afforded us. These advantages have given us an exceptionally improved development process and have persuaded us to implement all of our locomotive design activities on the Solid Edge 3D platform."