is an ultra-fast, lightweight 2D finite element method (FEM) simulation software developed by John Beeteson for modeling, analyzing, and visualizing magnetic fields and structures. While enterprise multiphysics platforms carry steep learning curves and heavy resource footprints, this specific tool remains highly favored by engineers, academic researchers, and hobbyists who require immediate, accurate, and scannable visual analysis of planar or cylindrical magnetic assemblies.
: Define specific geometries, polarities, and material strengths.
is a lightweight, highly efficient 2D finite element modeling software designed to visualize magnetic structures and simulate complex magnetic field patterns. Developed originally by John Beeteson, this tool remains a popular, nostalgic choice for engineers, educators, and hobbyists who need to map out magnetic flux paths quickly without the steep learning curve of modern, bloated CAD systems. Vizimag 3.19
Enhanced speed in loading and processing images, especially for high-resolution or large files.
To help new users get started, the software includes a database of pre-worked examples. Users can run these examples to see specific magnetic phenomena in action and modify the parameters to see how changes affect the outcome. is an ultra-fast, lightweight 2D finite element method
of your chosen materials; a simulation is only as accurate as the data you feed it. Final Verdict
: Because it is an older, optimized program, it runs perfectly on low-spec laptops and modern Windows systems alike without hogging RAM. Export Capabilities is a lightweight, highly efficient 2D finite element
Once the layout mesh is calculated, Vizimag provides two main analytical views:
