How to Determine if a Trapezoidal Lead Screw Has Self-locking Properties

2025-06-16

This article explains the self-locking characteristics of trapezoidal lead screws, how to determine if they are suitable for your applications, and the most common lead screw models. Self-locking lead screws are widely used in precision machinery, lifting platforms, and automation equipment. Learn how to select the right lead screw based on your specific needs.

What Is a Linear Module?

2025-06-06

In the field of industrial automation, linear modules—also known as linear stages, Cartesian robots, or linear slides—are essential motion components that integrate linear guides, ball screws, and drive units into a single, compact system. They are the upgraded units based on traditional linear motion components and are widely used to achieve precise and flexible straight or curved motion in automation setups.

Characteristics and Applications of Crossed Roller Guides

2025-05-30

Discover the key features of crossed roller guides and their wide applications in automation, optical devices, and precision machinery. Improve accuracy, rigidity, and load capacity with the right linear guide choice.

Anti-Backlash Nuts for Trapezoidal Lead Screws: A Cost-Effective Precision Solution

2025-05-26

Common Failures and Maintenance Analysis of Linear Guide Rails

2025-05-23

This guide highlights common issues found in linear guide rails and ball screw systems, including overheating, vibration, and misalignment. It provides practical troubleshooting steps to improve machine stability, accuracy, and service life—ideal for automation engineers and maintenance teams.

Why Can Trapezoidal Lead Screws Self-Lock?

2025-05-22

This article explains why trapezoidal lead screws have self-locking capabilities, focusing on their low lead angle and high friction design. It highlights the mechanical principles behind self-locking and compares them with ball screws, making the case for their use in safety-critical and power-off applications.

What Is Lead in a Ball Screw?

2025-05-15

Understanding the lead of a ball screw is essential for selecting the right component in precision motion systems. This article explains what lead means in ball screws, how it differs from pitch, how to calculate it for both single-start and multi-start screws, and why proper lead selection matters. Whether you’re designing for speed or accuracy, this guide will help you make informed decisions.

Ball Screw Selection and Calculation

2025-04-28

This article outlines how to select and calculate the appropriate ball screw based on factors like load, installation direction, and precision requirements. It covers the calculation of thrust, axial force, screw lifespan, and critical speed, providing a recommended ball screw model