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Why choose Field Precision software?
- Fast and efficient. Programs feature 100% FORTRAN95 coding for unmatched performance. You can run 2D solutions in seconds, 3D solutions in minutes. Professional packages feature unlimited memory access and parallel processing support for 64-bit multicore computers.
- Affordable. The entry-level Basic packages provide full 3D capabilities to fit the budgets of small companies, consultants and universities. Single-time purchase price with no continuing license fees and free updates
- Easy to learn. Packages include full-featured graphical-user interfaces, libraries of ready-to-run examples and textbook-quality instruction manuals.
- Accuracy and advanced capabilities. Our programs constitute the most powerful technical software available on any platform for charged-particle devices, radiation transport, and a broad range of other applications.
Xenos
Xenos (X-ray/electron numerical optimization suite) is a suite of advanced 2D/3D finite-element programs that handles everything you want to know about X-rays and electrons. Components function as coupled or stand-alone applications for electric and magnetic field calculations, electron beam design, Monte Carlo modeling of radiation transport and thermal analysis. No other software compares for advanced features, accuracy, speed and price.
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AMaze Series
AMaze programs generate full 3D solutions with amazing speed. Packages feature an interactive, OpenGL-based graphical editor and an automatic conformal mesh generator. Applications include electrostatics, magnetostatics with permanent magnets, charged-particle guns and beam transport, RF heating and thermal transport.
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TriComp Series
2D solutions for planar and cylindrical systems are easy to set up and run quickly. Packages feature an automatic mesh generator with DXF import and an integrated drawing editor. Applications include HV systems, magnet design, charged-particle guns and beam transport, eddy current analysis, RF heating, EM pulses, coupled thermal transport and microwave structures.
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GamBet
Unitized system for 2D/3D Monte Carlo simulations of radiation transport in matter. Innovative features include dose deposition on conformal meshes and options to include effects of 3D electric and magnetic fields. Applications to X-ray tubes, electron-beam heating, radiographic imaging, positron physics, radiation therapy research and shield design.
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