JMAG is used to reduce the size and raise the accuracy of servomotors and
solenoids in industrial equipment, actuators in positioning devices, and
linear motors in carrier devices. JMAG also contributes to fields emerging
in robotics where high performance and precise control of motors and actuators
are essential.
Factory automation requires highly accurate motion control to optimize
the shape and structure of drive systems, improving responsivity and reducing
cogging torque. JMAG allows engineers to optimize this type of equipment
by allowing a great number of designs to be examined very easily. The performance
of a device under actual control can also be predicted precisely by linking
JMAG to a control simulator.
