CAD.FEM

A powerful CAD & FEA solution for creating and analyzing 3D models.

Comprehensive 3D Modeling Tools

CAD.FEM provides a robust suite of modeling capabilities tailored to engineers and designers. From fundamental geometric shapes to complex solids, its built-in 3D modeler supports operations such as sweeping, extruding, and revolving curves. The intuitive interface accommodates both traditional mouse input and touchscreens, enhancing usability for a broad range of devices.

Wide File Format Compatibility

A key strength is its compatibility with industry-standard CAD formats. Users can import and export files including DWG, DXF, STL, STEP, IGES, and OBJ. This flexibility ensures straightforward integration into existing workflows, enabling collaborative projects or advanced simulations of models generated in other design software.

Advanced Finite Element Analysis

CAD.FEM excels in finite element analysis, offering both linear and nonlinear simulations. The analysis engine is capable of leveraging either the GPU—ideal for rapid, high-capacity calculations—or the CPU for broader hardware support. This dual-option approach means users with different hardware configurations can still achieve fast and accurate results.

User-Friendly Workflow

Designers and engineers benefit from the software’s accessible modeling and analysis pipelines. Model preparation, meshing, boundary condition assignment, and result interpretation are clearly structured. This efficient sequence accelerates learning curves and streamlines even intricate analyses, making the application suitable for both students and professionals.

Performance and Usability

The application handles medium-to-large models with notable speed, particularly when utilizing GPU resources. The interface remains responsive even during complex analysis runs. Contextual help, tooltips, and clear error reporting contribute to a smoother user experience.

Use Cases

CAD.FEM covers a broad spectrum of engineering needs. Mechanical, civil, and structural engineers will find the tools needed for stress, deformation, and modal analyses, while educational users can employ the application for practical training in modern design and analysis processes.