The Shimadzu MMT series micro electromagnetic fatigue testing machine uses electromagnetic actuators with high frequency response as the loading mechanism. Through closed-loop control, high-speed and high-precision control and measurement can be carried out under conditions of small experimental forces and small displacements.

The MMT series can use a 4890 control device. The control device is connected to a computer and configured with corresponding experimental software to achieve the setting, control, and data acquisition of experimental conditions.

The MMT series can also use a 4830 control device. This control device can directly set test parameters, test controls, and display test parameters and waveforms from the LCD color touch screen.

The characteristics of Shimadzu MMT micro electromagnetic fatigue testing machine:

1. Compact experimental system. Due to its lightweight and small size, installation is simple.
2. Low energy consumption, no need for water, compressed air, etc.
3. Low noise has no pollution to the environment. Easy to operate and use.
4. Adopting a two degree of freedom PID adaptive control method with automatic adjustment of control parameters.
The 5.4890 controller adopts a 20 bit high-precision A/D converter, providing a "no range" characteristic to achieve high-precision measurement over the entire measurement range.
The 6.4830 controller adopts a 24 bit high-precision A/D converter, providing a "no range" characteristic to achieve high-precision measurement over the entire measurement range.

Specifications of Shimadzu MMT Micro Electromagnetic Fatigue Testing Machine:

1. Load capacity: ± 10N, ± 100N, ± 250N, ± 500N
2. Piston stroke: ± 2mm
3. Load accuracy: ± 0.5% of the displayed value

The purpose of Shimadzu MMT micro electromagnetic fatigue testing machine is:

In recent years, with the development of new materials such as composite materials and superconducting materials, and the practical application of micro machines such as micro actuators and micro sensors, in biology IC、 In fields such as electronics and communication, it is necessary to evaluate the strength of small materials and components.