EOD Software: New Global Distributor
After years of developing EOD into the industry-standard simulation suite for charged particle optics, we are proud to announce that BeamShape is now the exclusive global distributor and official support partner for EOD software.
We partnered with BeamShape because they do not just sell software—they build with it. As hardware developers of advanced electron sources, complex magnetic lenses, and Electron Beam Melting (EBM) systems, the BeamShape engineering team relies on EOD as their core physics engine every day.
Historically, EOD has been utilized primarily by established industry leaders and specialized research institutes with deep traditional expertise in electron optics. By combining EOD’s proven computational accuracy with BeamShape’s hands-on engineering support and tailored onboarding training, we can now confidently offer this powerful tool to a much broader range of hardware developers.
This partnership allows us to focus entirely on what we do best: advancing the core computational physics of EOD, while ensuring our users receive world-class, practical application support.
All commercial sales, trial evaluations, licensing, and technical support are now managed directly by BeamShape.
EOD (Electron optical design) - software for design of charged particle optics devices
- EOD is program integrating Software for Particle Optics Computations (SPOC) programs MLD, ELD, MMD, EMD and TRC
- EOD is based on potential computation with well-established first order finite element method, allowing to solve the 2D potential with high accuracy
- EOD is a complete environment with interface for the input of FEM data, input of data for optical computations and ray tracing, and graphical output of computation results
- EOD is a Windows© program with CAD-like look
- The user interface enables the input of data with complicated geometry and the solution of complex electron and ion optical problems in EOD
Electric and magnetic field computation
- Saturated magnetic electron lenses of complicated geometry - (built in error estimation)
- Saddle or toroidal deflectors inside magnetic lenses
- Electrostatic lenses (with dieletrics) - (built in error estimation)
- Electrostatic and magnetic multipoles
- Tolerancing analysis of electrostatic and magnetic lenses
- Import of fields calculated outside EOD possible
Optical properties computation
- Optical properties – including aberration coefficients – with high accuracy
- Signal electron ray paths
- Optimizations
- Output of field and particle data along trajectory and at selected planes
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