Why a second solver
The deeper verification that follows a fast design
Magnetic equivalent circuits are excellent at narrowing a wide design space quickly, but phenomena you can only see by looking at the field itself — local saturation, slot harmonics — belong to finite-element analysis. Indux LFX confirms that the narrowed design actually behaves as intended.
Handoff
You do not rebuild the pre-processing
Design
Indux MEC
Explores design candidates in seconds using magnetic equivalent circuits and empirical relations, then exports the settled geometry as STEP after verifying area and volume consistency.
View Indux MECVerify
Indux LFX
Takes that STEP geometry directly into meshing and field analysis. There is no need to build the pre-processing again from scratch.
Workflow
From geometry to verified results
- 01 Import
Prepare geometry, mesh, materials and winding information.
- 02 Configure
Set rotation, current, boundary conditions and the analysis steps.
- 03 Solve
Compute the steady or transient electromagnetic field.
- 04 Validate
Post-process and compare torque, losses and field distribution.
Capabilities
Capabilities
Low-frequency electromagnetic finite-element analysis centred on electric machines.
Computes the field and rotational behaviour over time.
An evaluation flow for iron loss and conductor / cage loss.
A structure connecting external meshes and pre/post tools, currently under development.
Outputs
Outputs
- Flux density and field distribution
- Torque and ripple
- Iron and conductor loss
- Time history and validation results
Current status
This is a technology preview
PREVIEW Until the public feature set, GUI and support scope are settled, we work through technical review and limited PoC. Tell us the phenomenon you need to verify and your current analysis environment, and we will confirm what is applicable.