Blog

什么是电缸.png

What Is an Electric Cylinder and How Does It Work?-

What Is an Electric Cylinder and How Does It Work?

2026-01-13

Electric cylinders are widely used in industrial automation where precise positioning and programmable motion are required. This article explains what an electric cylinder is, how it works, and the typical applications engineers should know.

电机和减速机.jpg

Planetary Gear Series — Chapter 5-

Planetary Gear Series — Chapter 5

2026-01-06

After covering fundamentals, working principles, selection methods, and system comparisons, this chapter focuses on how planetary gearboxes are applied in real industrial systems. Instead of isolated case stories, it explains how engineers integrate planetary gearboxes into complete motion systems, balance torque, precision, and space constraints, and make practical tradeoffs in automation, robotics, and precision machinery.

行星减速机应用机器人.png

Planetary Gear Series — Chapter 4-

Planetary Gear Series — Chapter 4

2025-12-24

Planetary gearboxes are widely used in modern industrial systems, but how do they compare with other gear transmission solutions? This chapter provides a clear technical comparison between planetary gearboxes and spur, worm, helical, and cycloidal gear systems—helping engineers and buyers select the most suitable solution for their application.

允许径向载荷曲线.png

Planetary Gear Series — Chapter 3-

Planetary Gear Series — Chapter 3

2025-12-24

Selecting the right planetary gearbox for your application is crucial for achieving efficiency and longevity in your mechanical systems. This guide provides a step-by-step approach to selecting the ideal gearbox, from calculating the required torque to understanding reduction ratios, load considerations, and mounting options. We also cover common mistakes to avoid during the selection process, ensuring you make an informed and effective choice. Whether you're working with robotics, conveyor systems, or heavy machinery, this guide will help you navigate the complexities of planetary gearbox selection.

行星减速机如何工作.png

Planetary Gear Series — Chapter 2-

Planetary Gear Series — Chapter 2

2025-12-16

This chapter provides a deep technical breakdown of planetary gear systems, focusing on torque transmission paths, load distribution, efficiency mechanisms, and precision performance. It explains why planetary gearboxes outperform conventional gear trains in servo, robotics, and automation applications.

行星减速机爆炸图.jpg

Planetary Gear Series — Chapter 1-

Planetary Gear Series — Chapter 1

2025-12-09

Planetary gears are compact, efficient transmission systems widely used in robotics, automation, vehicles, and industrial equipment. This chapter explains their structure, working principles, and major application scenarios, helping engineers understand why planetary gear systems deliver high torque, stability, and space-saving performance.