Given that Vizimag is no longer sold or supported, finding a copy today means visiting abandonware and freeware archives.
Double-click an item to open its property window. Assign whether it behaves as a permanent magnet, a high-permeability iron core, or an active copper coil. Input critical variables like and resistance for active circuits. 4. Running and Viewing the Simulation
If you decide to integrate Vizimag 3.19 into your modern workflow, here are some power-user tips:
At its core, Vizimag is a 2D static electromagnetic field simulator. It is designed to allow for the very fast modeling of 2D magnetic structures and the visualization of their resulting magnetic field patterns, making it a fast alternative to finite element and boundary element software. The software is built on the finite element method (FEM), a numerical technique for finding approximate solutions to complex physical problems, and is specifically tailored for analyzing problems on two-dimensional planar and axisymmetric domains.
“We use Vizimag 3.19 internally for manufacturing documentation. It runs on an old Windows XP machine that controls our parts database. The simplicity is a feature, not a bug.” – Technical Trainer, anonymous Vizimag 3.19
No software is perfect. Before committing to Vizimag 3.19, be aware of these shortcomings:
Use the toolbar buttons to draw or place individual components. The mouse tool allows you to:
: It can compute the forces acting on specific components within a magnetic circuit, which is essential for motor and actuator design.
The UI is straightforward. If you can use a basic CAD program or even Microsoft Paint, you can likely build a model in Vizimag. Given that Vizimag is no longer sold or
Whether you are a physics student exploring induction, an engineer modeling a customized actuator, or a researcher validating field uniformity, Vizimag 3.19 provides a fast, functional environment to map flux density and predict magnetic behavior. Technical Specifications & Architecture
See the direction and magnitude of the field at any specific point. 2. Material Property Library
The software solves magnetic field problems by delivering two distinct graphic output types:
Field Lines: Renders vector-style pathways showing the direction and loop of the magnetic field. Input critical variables like and resistance for active
Vizimag 3.19 allows users to customize physical geometries and electronic inputs simultaneously. You can insert, scale, rotate, and layer the following objects: Structural Element Adjustable Properties & Material Inputs Engineering Use Case Magnetization direction, residual flux density ( ), coercivity, custom geometric profiles.
The 3.19 release expanded localization support, offering interface translations for German, French, Spanish, and Japanese. It also allowed third-party skin creators to share custom gallery designs, extending the software’s lifespan far beyond its official update cycle.
Harnessing Magnetic Field Simulation with Vizimag 3.19 In the specialized world of electromagnetic design and physics education, finding a tool that balances sophisticated simulation with an approachable interface is a rare feat. has carved out a significant niche for itself as a reliable, 2D professional magnetic modeling engine. Whether you are an engineer designing complex actuators or a student visualizing the invisible forces of a bar magnet, Vizimag provides a window into the behavior of magnetic fields. What is Vizimag 3.19?
Simulation, design, and analysis for magnetic anchoring and guidance of in-vivo robots This paper, published in the SPIE Digital Library
Instead of forcing you to build every layout from scratch, Vizimag includes native configurations for common electrical components: