Electric-Field Analysis (ELECTRIC-FIELD 3D)
A simulation tool that lets you run electrostatic field/potential analyses with electrodes and dielectrics quickly and without confusion.
Boundary conditions and material settings are guided in a step-by-step flow, and even complex geometries are meshed automatically.
Critical regions such as electrode edges and narrow gaps are refined adaptively to ensure accuracy.
From visualization of potential/electric-field distributions to cross-section plots, locating the maximum field, and comparing conditions (parameter studies), the entire workflow is supported end-to-end—reducing the number of prototypes and experiments.
Electron Orbit Analysis (PIC-ELECTRON 3D)
A simulation tool that lets you run electron trajectory analyses quickly and without confusion.
Particle conditions (initial position, velocity, emission angle) and electric-field conditions are guided in a step-by-step flow, and even complex geometries are meshed automatically.
Critical regions such as electrode edges and narrow gaps are refined adaptively to ensure accuracy.
From trajectory visualization to analysis of physical quantities such as current density and electron velocity, the entire workflow is supported end-to-end—reducing the number of prototypes and experiments.
Plasma Analysis (PIC-PLASMA 3D)
Plasma conditions (gas species, pressure, temperature, initial density) and voltage conditions are guided in a step-by-step flow, and even complex geometries are meshed automatically.
Critical regions such as electrode edges, narrow gaps, and sheath-formation regions are refined adaptively to ensure accuracy.
End-to-end support covers physical-quantity analysis (density, potential, electric field, various particle fluxes, reaction rates, etc.) and 2D/3D visualization—reducing the number of prototypes and experiments.
・Legal Notice under the Act on Specified Commercial Transactions