DraftSight is a computer-aided design (CAD) software that allows architects, engineers, designers, and hobbyists to create, edit, and visualize 2D and 3D drawings.
DraftSight
2D and 3D CAD solution for design professionals
Developed by Dassault Systèmes, DraftSight offers an intuitive interface and advanced tools to meet design and technical documentation needs.
Main uses of DraftSight
Architectural design
Development of detailed blueprints for construction and renovation projects.
Mechanical engineering
Creation of mechanical parts and assemblies, including precise technical documentation.
Industrial design
Development of products and components with precision and efficiency.
Education and training
An ideal tool for students and teachers in disciplines related to design and engineering.
Benefits of using DraftSight
Familiar interface
Designed to make the transition from other CAD programs easier, with similar commands and functionalities.
File compatibility
Supports DWG, DXF, and DGN formats, enabling easy collaboration and file sharing.
Advanced tools
It includes features such as PDF import, batch printing, and parametric constraints to optimize workflow.
Integration with SOLIDWORKS
It integrates seamlessly with SOLIDWORKS and other Dassault Systèmes solutions, facilitating collaboration and data management.
Flexible licensing
Offers licensing options tailored to different needs and budgets, including network licenses and full technical support.
DraftSight: Design and technical documentation without limits
DraftSight is presented as a powerful and cost-effective alternative for professionals and companies seeking a complete and efficient CAD solution. Its ability to handle both 2D and 3D designs, along with its compatibility and flexibility, makes it an essential tool in the field of computer-aided design.
Discover how DraftSight can transform your design and technical documentation process. Contact us for more information.
News and trends around DraftSight
From generative design to additive manufacturing: the key role of topology optimization
3D printing has opened up new design possibilities. But… are you really taking full advantage of its potential? If you design the same way as always and only change the manufacturing method, you are missing out on a major advantage. One of the greatest allies of...
Why are your designs overdimensioned (and how can you avoid it without taking risks)?
In engineering, fear of failure often translates into excess material. And that costs money. Sound familiar? Designing with large safety margins is common, but also inefficient. This is where topological optimization comes into play. Topological optimization makes it...
Disconnected simulation: the bottleneck no one questions
When simulation becomes a bottleneck (and it could be avoided)Many CAE teams are overloaded. They receive requests from design, quality, or manufacturing… but lack time and context. And since everything depends on them, cycles get longer, tasks pile up, and agility is...


