Field Precision: Finite-element Software for Electromagnetics

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Aether (3D RF & microwave) Electromagnetics Toolkit (2D RF & microwave) Electrostatics Toolkit (2D electric fields) GamBet (2D/3D X-ray technology) HeatWave (3D thermal transport) HiPhi (3D electric fields) Magnum (3D magnetic fields) OmniTrak (3D charged particle devices) RFE2 (2D RF electric fields) RFE3 (3D RF electric fields) Thermal Analysis Toolkit (2D thermal transport) Trak (2D charged particle devices) Xenos (2D/3D X-ray source design)
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Field Precision creates affordable finite-element simulation software for a wide range of applications: high voltage engineering, magnet design, charged-particle devices, microwave technology, X-ray imaging, and thermal analysis. Unitized 2D and 3D packages are complete and self-contained. Packages are optimized for Windows 10/11 and feature parallel-processing support and unlimited memory access. The proven choice of over 500 universities, national laboratories and companies. (Click on an application area for information on available packages.)

	Electrostatics and high voltage engineering Calculations of field stress on electrodes and dielectrics, electric field lines, capacitance and electrostatic forces.		Electromagnets and permanent magnets Magnetic field distributions and forces. Calculations may include drive coils of any shape, iron with saturation effects and multiple permanent magnets.
	Electron/ion guns and accelerators Integrated design tools for electron/ion injectors, accelerators and transport systems. Advanced features include beam-generated fields and secondary emission.		Radiation treatments, X-ray imaging and source design Self-contained packages for Monte Carlo simulations of electron/photon/positron interactions in matter from 50 eV to 1 GeV. End-to-end design of X-ray sources.
	RF and microwave technology Resonator design, electromagnetic scattering, pulsed-power technology and microwave devices. Time-domain and frequency-domain solutions for 3D structures.		Thermal transport in solids and biological media Dynamic and steady-state solutions of the thermal transport and bioheat equations. Features include radiation boundaries and perfusion. Option for power input from microwave and X-ray calculations.