High speed, quietness, precision - linear motors inject new vitality into industry

As an advanced direct drive technology, linear motors are injecting new vitality into multiple industrial fields with their high speed, low noise and high precision, and have become an important force in promoting industrial upgrading.

How do direct drive motors improve the accuracy and efficiency of contraposition robots?

In modern manufacturing, with the continuous development of automation technology, contraposition robots (alignment robots) play an increasingly important role in precision assembly, inspection and processing.

What are the key points of the coordinated optimization of linear motor module and control system?

During operation, the linear motor module needs to exchange position, speed, current and other information with the control system in real time.

How should the linear motor module and drive control system be matched to achieve optimal performance?

Data transmission and command interaction are required between the linear motor module and the drive control system, so the communication interfaces of the two must be compatible with each other.

How do linear motors convert electrical energy into linear motion?

This unique energy conversion method gives it significant advantages in terms of accuracy, speed and reliability.

How to quantify and analyze the thrust fluctuation problem of linear motors?

It is necessary to control variables in the experiment and compare the fluctuation differences under different working conditions to ensure the accuracy of the simulation model.