Parameters and indicators:

Three-dimensional magnetic field test platform base

The base of 3D magnetic field test platform includes sample placing platform, base cavity and vibration damping feet. The size of the sample placing platform is 90cm*48cm (350mm stroke model), which is used for placing magnetic samples; the base cavity is hollow, with a built-in motion controller for 3D motion system; there are four damping feet, made of rubber with vibration-damping effect, and the heights of the four feet of the platform base can be adjusted through the bolts in the feet.

Three-dimensional motion system
The 3D motion system contains X, Y, Z axis motors and a motion controller. The motion controller controls the motion of X, Y and Z axis motors through software to drive the motion of the Gaussmeter probe to test the magnetic field strength in space.

Parameters and indicators：

Three-dimensional magnetic field test platform base

The base of the three-dimensional magnetic field testing platform includes a sample placement platform, a base cavity, and vibration damping feet. The sample placement platform measures 90cm*48cm (350mm travel model) and is used for placing magnetic samples. The base cavity is hollow and is equipped with a motion controller for the three-dimensional motion system inside. There are four vibration damping feet made of rubber, which have a vibration damping effect. The height of the four feet of the platform base can be adjusted through the bolts in the feet.

The three-dimensional motion system includes X, Y, and Z three-axis motors and motion controllers. The motion controller controls the movement of the X, Y, and Z three-axis motors through software, thereby driving the movement of the gaussmeter probe to test the magnetic field strength in space.

Software control system：

The control software is installed on the all-in-one computer and connected to the 3D motion controller and gaussmeter via a data cable to achieve communication. It can control the movement of the 3D motion system and record the magnetic field intensity data. It can realize functions such as one-click start and stop, manual scanning, 3D automatic scanning, data analysis, and generation of gradient graphs. One-click start and stop: The one-click start and stop of motion can achieve functions such as one-click control to the three-dimensional target coordinate and one-click zeroing.