What is Solid Edge primarily used for?

Solid Edge is primarily used for mechanical design and engineering due to its robust capabilities in 3D modeling, simulation, and assembly management. It provides tools that enable engineers and designers to create complex mechanical components and assemblies with high precision. The software supports parametric and synchronous modeling, which allows for flexible design changes and efficient workflows in product development.

In the context of engineering, Solid Edge is integral for industries such as automotive, aerospace, and manufacturing, where creating detailed models and prototypes is essential. Its features for stress analysis, motion simulation, and design validation further enhance its utility in ensuring that the designs not only meet aesthetic criteria but also functional and safety standards.

While other fields like architectural design, graphic design, and software development are vital, they are not the primary focus of Solid Edge. Architectural design typically involves different tools and methodologies better suited to handle the unique requirements of building design. Graphic design relies heavily on software tailored for visual aesthetics and artwork rather than mechanical specifications. Software development requires coding environments and programming languages that are distinct from design-centric applications like Solid Edge.