The Ultimate Guide to Linear Encoders And More

2025-08-20

The Ultimate Guide to Linear Encoders And More

A linear encoder is a sensor, transducer, or readhead paired with a scale that encodes position. It is used to measure linear displacement — the position of a moving object with high accuracy and speed.

How Do Linear Motors Work?

2025-08-11

How Do Linear Motors Work?

This in-depth guide explores how linear motors work, the types available from Smartwin, their core advantages, and how they integrate into industrial systems.

A Complete Guide to Smartwin's Linear Motor Solutions

2025-07-28

A Complete Guide to Smartwin's Linear Motor Solutions

This guide offers a comprehensive look at Zhiying’s linear motor offerings, their advantages, application areas, and how to select the ideal motor for your needs.

Magnetic vs Optical Linear Encoders

2025-11-11

Magnetic vs Optical Linear Encoders

This in-depth guide compares the two head-to-head. Along the way, it explains the magnetic linear encoder working principle, digs into installation nuances, and supplies practical checklists so you can match the technology to your real-world environment.

Magnetic Linear Encoders 101

2025-11-10

Magnetic Linear Encoders 101

This article answers those questions in one place—spanning fundamentals to integration tips—so that designers, maintenance engineers, and technically curious buyers can specify, install, and troubleshoot with confidence.

Maintenance and Calibration Best Practices for Linear Optical Encoders

2025-09-12

Maintenance and Calibration Best Practices for Linear Optical Encoders

This article explores in detail the best practices for maintaining and calibrating linear optical encoders, ensuring reliability and long-term performance. Along the way, we'll cover topics such as optical linear encoder principle, incremental vs. absolute systems, calibration procedures, cleaning protocols, and troubleshooting.

Advancements in Linear Optical Incremental Encoders for High-Speed Systems

2025-09-10

Advancements in Linear Optical Incremental Encoders for High-Speed Systems

This article explores the evolution, technical principles, and recent advancements in linear optical incremental encoders, highlighting their growing role in high-speed systems such as CNC machining, robotics, semiconductor equipment, and advanced manufacturing platforms.

An In-Depth Introduction to Smartwin Encoder

2025-09-08

An In-Depth Introduction to Smartwin Encoder

the Smartwin Encoder stands out as a compact yet powerful device that combines optical and magnetic technologies to deliver exceptional performance across diverse applications.

The Evolution of Linear Encoders

2025-09-08

The Evolution of Linear Encoders

This article explores the journey of linear encoders, with a particular focus on the rise of the optical linear encoder, its principles, applications, and how it has transformed from simple sensors into intelligent systems powering today's smart factories.

What Is the Difference Between Absolute Encoder and Incremental Encoder?

2025-09-05

What Is the Difference Between Absolute Encoder and Incremental Encoder?

This pillar guide will cover everything from definitions, principles of operation, types, differences, applications, advantages, disadvantages, testing methods, and future trends. By the end, you'll know exactly what is the difference between absolute and incremental encoders and how to choose the right one.

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