Solid Edge
History
Solid Edge was developed by Intergraph and released in 1996. It was later acquired by Siemens and has since become an integral part of Siemens’ suite of digital industry software. Solid Edge is known for its synchronous technology, which combines the speed and simplicity of direct modeling with the flexibility and control of parametric design.
What is it Used For?
Solid Edge is used for 3D CAD modeling, simulation, and product lifecycle management (PLM). It’s particularly strong in mechanical design, offering tools for creating parts, assemblies, and detailed drawings. It also includes simulation tools for stress analysis, fluid dynamics, and motion simulation.
General Pricing
Solid Edge offers a range of pricing options, from a free version for students to professional versions starting around $2,500. The pricing can vary based on the specific features and add-ons required.
Who Uses it?
Solid Edge is primarily used by:
- Mechanical Engineers: For designing and simulating mechanical parts and assemblies.
- Product Designers: For developing consumer products and industrial equipment.
- Manufacturers: For creating detailed manufacturing drawings and managing the product lifecycle.
- Aerospace and Automotive Engineers: For designing components and systems in these highly technical industries.
Benefits
- Synchronous Technology: Combines the benefits of parametric and direct modeling, allowing for fast, flexible design changes.
- Comprehensive Simulation Tools: Includes built-in tools for analyzing stress, fluid flow, and motion, enabling designers to test their models before production.
- Integrated PLM: Solid Edge’s integration with Siemens’ PLM tools makes it an excellent choice for companies looking to manage the entire product lifecycle.
Pros and Cons of Solid Edge
Pros
- Flexible Modeling: Synchronous technology offers a unique blend of speed and precision, making design changes quick and easy.
- Strong Simulation Capabilities: The software’s built-in simulation tools are robust, allowing for comprehensive analysis of designs.
- Integration with Siemens Ecosystem: Solid Edge’s integration with Siemens’ other tools enhances its functionality and value in a larger workflow.
Cons
- High Learning Curve: While powerful, Solid Edge can be challenging to master, particularly for those new to CAD or Siemens’ ecosystem.
- Costly for Small Businesses: The software’s pricing and the need for powerful hardware can be a barrier for smaller firms or individual users.
- Less Popular than Competitors: Despite its strengths, Solid Edge is less widely adopted than other CAD software like SOLIDWORKS, which can make finding resources and community support more difficult.
Relevance to 3D Printing
Solid Edge is highly relevant to 3D printing, particularly in the mechanical and industrial design sectors. Its ability to create detailed, precise models and simulate their behavior makes it an excellent tool for designing parts that will be 3D printed. The software supports STL export, ensuring that models are ready for 3D printing with minimal additional preparation.