3D CAD Software

For creating detailed and accurate 3D models of individual components and complex assemblies, SOLIDWORKS offers robust tools and an intuitive interface that streamline the design process, ensuring precision and efficiency.

For performing advanced simulations to test design performance against a variety of parameters, including stress, thermal, fluid dynamics, and more, to predict real-world behavior and make informed design decisions.

Our CAD CAM programming software For integrated design and manufacturing. You can prepare designs for manufacturability early on with SOLIDWORKS CAM, available on Standard, Professional, and Premium Offers.

Access an extensive library of standardized product parts through a full integration with SOLIDWORKS Toolbox, only available on Professional and Premium Offers.

For accurately calculating cost estimations from manufacturing processes based on your 3D models with SOLIDWORKS Costing, only available on Professional and Premium Offers.

For simplifying the electric design process by connecting electrical schematics with 3D mechanical models with ECAD, only available on Professional and Premium Offers.

For creating photo-realistic renderings of 3D models incorporating lighting, scenes, decals, and more with SOLIDWORKS Rendering, only available on Professional and Premium Offers.

For design and documentation of piping and tubing for a wide range of systems and applications with SOLIDWORKS Piping & Tubing, only available on Premium Offer.

For checking the environmental impact of your design with built-in analysis tools.

For managing design data using PDM and collaborating seamlessly with teams and stakeholders using the 3DEXPERIENCE platform, ensuring data integrity and accessibility.

Customize SOLIDWORKS to fit your specific workflow requirements and automate repetitive tasks to increase productivity and reduce the potential for errors.

For rapidly creating and optimizing designs based on specified constraints and requirements. Its parametric modeling capabilities enable quick modifications to designs, enhancing the iterative design process efficiently,

For creating detailed and accurate 3D models of individual components. The software’s robust tools and intuitive interface streamline the part design process, ensuring precision and efficiency in creating complex parts.

For assembling individual parts into complex assemblies, simulating how these components fit together in a virtual environment. Its advanced assembly design capabilities allow for efficient visualization and analysis of intricate assemblies.

For creating detailed technical drawings of parts and assemblies. Engineers can generate precise 2D drawings with annotations, dimensions, and tolerances, ensuring accurate communication of design specifications.

For designing composite structures with high strength-to-weight ratios. Its capabilities in composite material modeling and analysis make it a preferred choice for industries requiring lightweight yet durable components.

For defining geometric tolerances directly on 3D models, ensuring accurate manufacturing specifications are communicated effectively within the design environment.

For creating initial sketches and layouts before transitioning to detailed 3D modeling. This feature aids in conceptualizing designs and planning spatial arrangements efficiently.

For optimizing designs to achieve weight reduction while maintaining structural integrity using weight management features.

For designing weld joints to ensure proper fitment and strength of welded components. Streamline the process of creating weldments in your software environment.

For designing complex multi-domain systems, including mechanical, fluidic, thermal, electronic, and software components, through a collaborative tool based on a unique data repository.