June 2025

Automation coupling: the precise “nerve endings” of intelligent manufacturing——The core link that drives high-precision motion control In the wave of Industry 4.0 and intelligent manufacturing, automation couplings have surpassed the role of traditional mechanical connectors and become the “intelligent joints” of precision transmission systems. It directly determines the motion stability, response speed and life of […]

Automation equipment is a complex system with a wide variety of parts and components. The following lists the most core and common categories: I. Power and actuators: Motor:Servo motor: High-precision, high-response speed position, speed, and torque control core. A servo driver is required. Stepper motor: Open-loop control, low cost, suitable for occasions where precision requirements

There are many types of automation equipment, and their application fields are extremely wide (industrial manufacturing, logistics warehousing, medical treatment, agriculture, home furnishing, etc.). The structures and required parts of different equipment vary greatly, but the core components and commonly used parts have many things in common. Below I will sort out the main categories

The screw support seat (also called the screw support seat or bearing seat) plays a vital role in CNC lathes. It is one of the core supporting components of the ball screw transmission system. Its main functions can be summarized as follows: 1.Precisely support and position the ball screw: Precision bearings (usually angular contact ball

As an indispensable core transmission component of modern precision mechanical equipment, the performance of linear guides directly determines the accuracy, speed and reliability of high-end equipment such as CNC machine tools, semiconductor equipment, and industrial robots.As the global manufacturing industry accelerates its evolution towards automation, intelligence, and greening, linear guide technology has also ushered in

The future technical prospects of ball screw support seat have broad development space, mainly benefiting from the continuous advancement of industrial automation, intelligent manufacturing and high-end equipment manufacturing. The following is a more detailed analysis: I.High-precision development driven by technological innovation Precision improvement: In the future, the support seat will adopt more advanced design and

In the torrent of intelligent manufacturing, as the “precision hand” and “high-speed foot” of the automation system, the linear module’s technological evolution perfectly matches the pulse of the times. It is not developed in isolation, but resonates with industrial needs, material science, and control technology, composing an innovative epic that conforms to the times and

Introduction In recent years, the rapid development of artificial intelligence (AI) technology is profoundly changing the face of all walks of life. As one of the key forces driving industrial innovation, the automation industry is ushering in a historic development opportunity. Automation not only improves production efficiency, but also brings about a profound change in

With the rapid development of industrial automation, intelligent manufacturing and high-precision equipment, linear sliders, as key components in precision transmission systems, are ushering in unprecedented development opportunities. This article will explore the future prospects of linear sliders from the aspects of technological development, market demand, application expansion and industry trends. I. Technological progress promotes product

In the field of industrial automation and high-end equipment manufacturing, the performance of the linear slider directly determines the accuracy and life of the equipment. With its three core advantages of ultra-high rigidity, nano-level precision, and long-term maintenance-free, the linear slider has become the preferred transmission component in cutting-edge fields such as precision machine tools,