En
2026-09-30
CH22 Incremental Magnetic Encoder: Features and Applications
The CH22 is an incremental magnetic encoder developed for linear position measurement in industrial motion systems. Combining magnetic sensing with incremental signal output, it provides a practical feedback solution for equipment requiring precise movement, long travel, and reliable operation. This article covers the CH22’s main features, technical specifications, and typical applications to help engineers understand where it fits within an automated system.
2026-09-30
How to Choose a Linear Encoder
This guide explains the main factors to consider when selecting a linear encoder and how to compare different specifications based on the actual requirements of your application.
2026-09-30
When Should You Choose a Magnetic Linear Encoder?
A magnetic linear encoder is a practical choice when position feedback must remain stable under dust, oil, vibration, long travel, or demanding installation conditions. But environmental resistance is only part of the decision. Accuracy, resolution, speed, measuring length, and controller compatibility must also match the motion system.
2026-09-30
Absolute Linear Encoder Applications in High Precision Motion Systems
High-precision motion systems depend on knowing exactly where a moving axis is throughout operation. An absolute linear encoder provides a defined position reference for applications where accurate, repeatable, and reliable motion is essential.
2026-09-24
CA26 Absolute Magnetic Grid Encoder for Long Stroke Motion
Traditional incremental encoders calculate position by tracking the number of pulses generated during motion. In the event of a power interruption, the system may lose its position reference and require a homing procedure before normal operation can resume.
2026-09-24
Why Linear Encoder Feedback Is Critical for Direct Drive Systems
This article explains why linear encoder feedback is critical for direct drive systems, how it improves positioning performance, and what factors should be considered when selecting a feedback solution for precision motion applications.
2026-09-23
Linear Encoders in Semiconductor Equipment: Why Precision Feedback Matters
This article explains how linear encoder applications support semiconductor equipment and what factors should be considered when selecting a precision linear encoder for advanced motion systems.
2026-09-23
Linear Encoder Accuracy: Understanding Resolution and Repeatability
Choosing a linear encoder for precision motion systems requires more than comparing resolution values. Terms such as resolution, accuracy, and repeatability describe different aspects of encoder performance and directly affect how a machine achieves positioning results.
2026-09-02
Iron Core Linear Motor Manufacturer: What Buyers Should Check
This article looks at five areas buyers should check before moving from supplier evaluation to sampling, customization and volume purchasing.
2026-09-02
When Does a CKM150 Linear Motor Make Sense for Heavy-Load Motion?
This article explains when the CKM150 linear motor makes sense for heavy-load motion and what factors should be considered before selection.
