Infolytica Releases Update to MagNet for SOLIDWORKS
Posted: 2015-5-17
Infolytica Corporation announces today the release of their latest MagNet for
SOLIDWORKS update, the company’s electromagnetic field simulation add-
in to the 3D CAD package. This update includes improvements made to the
interface, post-processing and speed of the software.
MagNet for SOLIDWORKS is an embedded 3D electromagnetic field solver
developed by Infolytica Corporation which is based on their standalone
MagNet 2D/3D software. The simulation and analysis of any electromagnetic
device can be performed completely within the SOLIDWORKS environment
using this embedded version, making it simpler than ever to setup such
complex design problems. This includes a wide range of applications such
as transformers, sensors, MRI, actuators, solenoids and more.
Magnet-SW-Magnetization
Assigning a uniformly magnetized Samarium Cobalt magnet material [24
MGOe SmCo] to a selected volume in a Voice Coil actuator. The magnetized
direction is shown pointing upwards.
In this new release, changes have been made to the user interface for both
material modeling and post-processing. It is easier to set the direction of
magnetization and material type for the electromagnetic analysis. In addition,
users can set their desired point of origin in the model for reference when
viewing charts and quantities available after a simulation is complete in order
to view results in a relatable manner for their application.
A new level of efficiency: speed ups have been made to the model setup,
visualizations, transparency modeling and loading of large results data. This
update also includes the continuous work with each release to make the
accurate static, AC and transient 3D electromagnetic field simulations within
SOLIDWORKS more efficient. All of these changes result in an even faster
and reliable add-in.
Flux-Density-Plot
MagNet for SOLIDWORKS allows users to define the location of a pivot point
for any moving parts within their device. Defining this point then leads to the
computation of accurate Torque values. Right: at [0,0,0] – Left at [100, 0,0]
"We are committed to our clients and delivering the design and analysis
solutions they need" said Chad Ghalamzan, Marketing Manager for Infolytica
Corporation. "That’s why we offer free trial evaluations of our software to
anyone interested in seeing the full set of features and results that MagNet
for SOLIDWORKS has to offer them".
Pricing and Availability
MagNet for SOLIDWORKS is now available for Microsoft Windows 7 or 8. For
information about the full list of improvements, request a demo, quote or full
feature evaluation, please contact an Infolytica Corporation representative
nearest you.
About Infolytica Corporation
Infolytica Corporation, an official Solution Partner of Dassault Systèmes
SolidWorks Corp., has offered state-of-the-art design software for
electromagnetic and electric field simulations since 1978. Engineers from a
wide range of industries trust our software to understand and predict the
performance of their device in applications such as electric machines,
sensors and non-destructive testing (NDT), induction heating, MRI, shielding,
power transformers and much more.
SOLIDWORKS update, the company’s electromagnetic field simulation add-
in to the 3D CAD package. This update includes improvements made to the
interface, post-processing and speed of the software.
MagNet for SOLIDWORKS is an embedded 3D electromagnetic field solver
developed by Infolytica Corporation which is based on their standalone
MagNet 2D/3D software. The simulation and analysis of any electromagnetic
device can be performed completely within the SOLIDWORKS environment
using this embedded version, making it simpler than ever to setup such
complex design problems. This includes a wide range of applications such
as transformers, sensors, MRI, actuators, solenoids and more.
Magnet-SW-Magnetization
Assigning a uniformly magnetized Samarium Cobalt magnet material [24
MGOe SmCo] to a selected volume in a Voice Coil actuator. The magnetized
direction is shown pointing upwards.
In this new release, changes have been made to the user interface for both
material modeling and post-processing. It is easier to set the direction of
magnetization and material type for the electromagnetic analysis. In addition,
users can set their desired point of origin in the model for reference when
viewing charts and quantities available after a simulation is complete in order
to view results in a relatable manner for their application.
A new level of efficiency: speed ups have been made to the model setup,
visualizations, transparency modeling and loading of large results data. This
update also includes the continuous work with each release to make the
accurate static, AC and transient 3D electromagnetic field simulations within
SOLIDWORKS more efficient. All of these changes result in an even faster
and reliable add-in.
Flux-Density-Plot
MagNet for SOLIDWORKS allows users to define the location of a pivot point
for any moving parts within their device. Defining this point then leads to the
computation of accurate Torque values. Right: at [0,0,0] – Left at [100, 0,0]
"We are committed to our clients and delivering the design and analysis
solutions they need" said Chad Ghalamzan, Marketing Manager for Infolytica
Corporation. "That’s why we offer free trial evaluations of our software to
anyone interested in seeing the full set of features and results that MagNet
for SOLIDWORKS has to offer them".
Pricing and Availability
MagNet for SOLIDWORKS is now available for Microsoft Windows 7 or 8. For
information about the full list of improvements, request a demo, quote or full
feature evaluation, please contact an Infolytica Corporation representative
nearest you.
About Infolytica Corporation
Infolytica Corporation, an official Solution Partner of Dassault Systèmes
SolidWorks Corp., has offered state-of-the-art design software for
electromagnetic and electric field simulations since 1978. Engineers from a
wide range of industries trust our software to understand and predict the
performance of their device in applications such as electric machines,
sensors and non-destructive testing (NDT), induction heating, MRI, shielding,
power transformers and much more.
