In today's rapid technological development, the requirements for equipment in the field of precision control are becoming increasingly strict. From scientific research laboratories to industrial production sites, in addition to the increasing demand for the control accuracy of piezo motors, the requirements for the rapidity of piezo motor operation and the portability of the equipment are also constantly rising. The control methods of traditional controllers are relatively monotonous and difficult to meet the diverse control requirements that require on-site immediate operations.

It is precisely because of the insight into these industry pain points that CoreMorrow has launched the E53.D2E-K handheld piezo controller, making the control of piezo motors more convenient. The handheld piezo controller can directly control the piezo motor in real time through the handle buttons, and at the same time meet the demands for convenience, efficiency and flexibility of piezo controllers.

Take the control Coremorrow N18 piezoelectric motor as an example

When the joystick is pushed upwards, the piezo motor moves forward immediately. When the joystick is pushed downward, the piezo motor immediately retreats. When the joystick returns to its original position, the piezo motor immediately stops moving.

The joystick adopts a 9-level force-sensing design, converting the joystick's tilt angle into a quantifiable force level. As the joystick's tilt angle increases, the force level rises accordingly (from level 1 to level 9), and the real-time movement speed of the piezo motor also linearly increases simultaneously. In conjunction with the SPEED indicator light, the current intensity level can be visualized in real time. At the lowest level, all indicator lights are off. As the intensity increases, the indicator lights light up step by step from left to right. When reaching the highest level, all indicator lights light up simultaneously.

In case of abnormal operation or misoperation and other emergency situations during operation, simply press the STOP button to trigger the emergency braking response and immediately stop the movement of the piezo motor displacement stage.

Press the ZERO button lightly, and the device will trigger the zero position calibration program, which can quickly control the piezo motor displacement stage to return to the set zero position reference point.

Each time the STEP button is pressed, the piezo motor moves one step. One of the two buttons controls the piezo motor to move forward, and the other controls the piezo motor to move backward.

For further details, please call +86-451-86268790, or add WeChat ID: 17051647888.