3D Modeling

PRODUCTS AND SERVICES

At ElectroMagneticWorks, we work hard to bring you the power and accuracy of vector finite elements in a CAD environment that makes building a CAD model the easiest it can be. Our products are tailored to electrical and electronic engineers to allow them to focus on design and not struggle with CAD!
EM.CUBE's CUBECAD is a comprehensive 3-D parametric CAD modeler with the capability to import and export standard CAD formats (STEP, IGES, STL, VRML, OpenFlight, DEM, etc.). This allows for native construction of structures along with the ability to fly in external CAD models with ease.

EM.CUBE™ utilizes a modular approach to the solution of large-scale electromagnetic problems. This powerful software suite features a number of computational modules built upon a common framework that work together seamlessly to provide practical solutions to system-level RF problems.  Each computational module has been optimized to address a certain class of electromagnetic structures based on a particular numerical technique.

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Product Brochure: EM.CUBE Modular 3-D Simulation And Design Environment
EM.CUBE Demo Download And Installation Instructions

EM.CUBE IS AN INDUSTRY RECOGNIZED SOFTWARE SUITE FOR MODELING AND SIMULATION OF RF SYSTEM ENGINEERING PROBLEMS.

CST PARTICLE STUDIO® (CST PS) is a specialist tool for the fast and accurate analysis of charged particle dynamics in 3D electromagnetic fields.

SonnetLab™ is a free MATLAB® toolbox that enables users to control and automate Sonnet's 3D planar high frequency electromagnetic (EM) simulator. Users can manipulate every aspect of a Sonnet project from within the MATLAB environment. SonnetLab is fully compatible with all Sonnet Suites product levels, including our free version, Sonnet Lite.
EM.CUBE's Metal3D.module is a frequency domain full-wave simulator for modeling 3-D metal structures. Its 3-D Method of Moments (MoM) simulation engine analyzes wire structures or wire-frame models of metallic surfaces and volumes with utmost modeling accuracy in an open boundary environment.

Repositions human meshes including internal structures.