The OstBridge team is specializes in Linear Encoders and offers a comprehensive range of services, including the supply and repair. As a leading CN distributor for most linear encoder manufacturers and with years of experience and knowledge in the field, OstBridge team is well-equipped to assist you if your encoder becomes obsolete or requires repair. Whether you need a comprehensive rebuild for your Linear Encoders or are looking to repair or replace obsolete linear scales with newer versions, we are here to assist you.
Different from rotary and angle encoders, linear encoders primarily measure the position of a linear movement. Linear encoders typically consist of two main components: a reading head and a scale.
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We are committed to providing reliable and efficient solutions for your linear encoder needs. With our expertise in linear encoders and their application scenarios, we aim to ensure that you receive a recommendation that optimizes the performance and functionality of your system. - -Strong engineer and sales team
When you consult us with your specific requirements, our team at OstBridge will conduct a meticulous analysis of crucial factors including resolution, accuracy, speed, environmental conditions, and interface compatibility. By thoroughly considering these parameters, we will be able to provide you with custom-tailored recommendations for the linear encoder that perfectly aligns with your needs. - -One-stop Linear Encoder Solution
We have the privilege of being in touch with a select group of global manufacturers who have earned a reputable position in the realm of high precision angle encoders.
A linear encoder is a measuring device used to determine the position or displacement of an object in a linear motion. It typically consists of a scale and a readhead that detects the position on the scale.
Linear encoders work based on different principles, such as optical, magnetic, or inductive. The scale contains a periodic pattern, and the readhead detects the changes in the pattern as it moves along the scale. These changes are converted into electrical signals that represent the position.
Linear encoders offer high precision and accuracy in position measurement. They provide real-time feedback and enable closed-loop control systems. They are non-contact devices, which means they have no mechanical wear or backlash. They are also immune to environmental factors like dust, temperature, and humidity.
Linear encoders can be categorized into several types based on their operating principles, including optical linear encoders, magnetic linear encoders, and inductive linear encoders.
| Linear Encoder Type | Advantages |
| Optical Linear Encoder | - High resolution and accuracy |
| - Excellent repeatability and linearity | |
| - Immunity to electromagnetic interference (EMI) | |
| - Wide temperature operating range | |
| - Suitable for high-speed and dynamic applications | |
| Magnetic Linear Encoder | - Robust design, resistant to dust and contaminants |
| - High durability and reliability | |
| - Can operate in harsh environments | |
| - Cost-effective compared to optical encoders | |
| Inductive Linear Encoder | - Suitable for harsh industrial environments |
| - Resistant to contaminants, oil, and fluids | |
| - High resistance to vibration and shock | |
| - Long operating life with minimal maintenance | |
| - Can operate in high temperatures |
Based on the application environment, the linear encoders can also be divided into open/exposed linear encoders and close/unexposed linear encoders:
| Linear Encoder Configuration | Description |
| Open Linear Encoder | The scale (or tape) is exposed and visible, mounted on one part of a system. |
| - Allows easy inspection, maintenance, and cleaning of the scale. | |
| - Suitable for applications where accessibility and maintenance are important. | |
| Closed Linear Encoder | The scale and readhead are enclosed within a protective housing. |
| - Provides protection against contaminants like dust, debris, and liquids. | |
| - Ideal for applications in harsh environments or where contamination must be prevented. |
To choose the right angle encoder for your application, several parameters should be considered. These parameters include:
Resolution, Encoder Type, Repeatability, Accuracy, Interface Protocol, Environmental Considerations, Shaft Size and Mounting, Electrical Supply, Cost.
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