Industry

Comparative Analysis of AC and DC Servo Motors in Motion Control

The term "servo" originates from the Greek word for "slave". A servo motor can be understood as a motor that absolutely obeys control signal commands: before th

CNC machining or traditional machining, which one is better?

In contemporary production, the virtues of CNC (Computer Numerical Control) vs conventional machining are a hotly debated issue. Mass production, ease, and customisation are becoming more and more common in the machining business with the introduction of

Top 10 Failure Analysis of Servo Motors

Servo motors are widely used, but after a long period of operation, a variety of faults will occur. Timely judgment of the cause of the failure, the correspondi

Analysis of Vibration Faults in AC Servo Motors

An AC servo system consists of a servo driver, servo motor, and a feedback sensor. The analysis of vibration faults in AC servo motors mainly focuses on mechani

Comparing Brushed and Brushless Motors: Working Principles, Performance, and Speed Control

Brushless motor: A brushless DC motor consists of a motor body and a driver. It is a typical product of mechatronics integration. Since the brushless DC motor o

Control Modes and Gain Adjustment of Servo Motors

Torque ControlTorque control mode sets the output torque of the motor shaft externally through input of an analog quantity or direct assignment of an address v

Hub Motor vs Mid-Drive Motor: What's the Difference?

As electric bicycles become increasingly popular, their convenience and low-carbon properties make them an irreplaceable mode of transportation. The motor on an

Top 10 Common CNC Spindle Troubles and Solutions

Machine SpindleAs one of the core components of CNC machine tools, the main shaft is mainly used to drive the rotation of workpieces or tools on machine tools.

Stepper Motor Principles and Control Explained

What is a Stepper Motor?A stepper motor is a device that converts electrical pulse signals into angular or linear displacement in an open-loop control system. B

How Servo Motors Hold Position

Closed-Loop Position ControlAt the heart of a servo motor's ability to hold position precisely is closed-loop position control. This control method uses rea

What happens if Spindle Won't Reach Speed?

This article will explore some of the most common reasons why a spindle motor may be unable to reach its required speed specification. It will also discuss the potential consequences of unsuccessful or irregular motor operation. Finally, tips will be prov

Intro to High-Precision Spindle and How to Improve Its Accuracy

I. Types and Characteristics of High-Precision SpindlesHigh-precision spindles mainly refer to the spindle system structures such as sliding bearing spindle sys

Can servo motor rotate continuously?

Understanding Servo MotorsA servo motor is a rotary actuator that uses feedback to control its rotational position very accurately. At a basic level, a servo mo

A Comprehensive Guide to Pneumatic and Electric Actuators

In this guide, we will explore the definitions, operating principles, components, performance comparisons, environmental considerations, typical application areas, and cost factors associated with pneumatic and electric actuators.

Achieving Burr-Free Quality-Deburring Method Selection and Process Integration

Deburring is an essential post-processing step for manufactured parts, yet one that is often overlooked in CNC machining workflows. If burrs are not adequately

Addressing Backlash in Motion Systems

In this article, we will explore the concept of backlash in a motion control system, its causes and effects, and strategies to minimize its impact.

3 Types of Servo Motor Control Modes

Servo motor speed control and torque control are both controlled using analog signals, while position control is achieved through pulse control. The specific co

How does a servo motor drive work?

This article aims to break down how servo motor drives function in a clear and accessible manner.

Stepper Motors and Their Selection Calculation Method

A stepper motor is a type of motor that rotates the shaft through a stepping motion, i.e., moving in fixed angles. Its internal construction allows it to functi

How Fast Can Servo Motors Spin?

1. Speed of Servo Motors: An OverviewServo motors are widely used in various industries for their precise control and positioning capabilities. When considering

How to Control Servo Motors with a Raspberry Pi

The Intersection of Raspberry Pi and Servo Motors: A SnapshotThe Raspberry Pi is a popular single-board computer known for its versatility and wide range of app

Torque Limiting vs. Torque Control-What's the Difference?

In this article, we will delve into the nuances of torque limiting and torque control, exploring their definitions, functions, and applications in the realm of electrical machinery.

Tips for Handling Total Lost Motion in Electric Motors

I. Unpacking Total Lost Motion in Electric MotorsElectric motors are crucial components in various industries, powering a wide range of applications. However, o

Understanding the Roles and Mechanisms of Capacitors in Electronic Devices

In this article, we will delve into the roles and mechanisms of capacitors, exploring their significance in energy storage, filtering, timing, and more.

Solutions for precise control

Advanced manufacturing often requires greater precision and speed, and precise and appropriate motion control solutions are becoming increasingly important.