Reagle Sensing specializes in the development and production of high-precision sensor technologies, with their linear direct-drive encoders being one of the company's technical highlights. These encoders excel in direct linear drive (DDL) and direct rotary drive (DDR) applications. In DDL scenarios, Reagle Sensing offers various types of linear encoders, including photoelectric and inductive models. These encoders are widely used in precision positioning and measurement systems, such as machine tools and automation equipment, ensuring the accuracy and efficiency of device operations. For DDR applications, Reagle Sensing has designed a range of hollow series products. These hollow encoders, available in photoelectric, inductive, and magneto-electric types, offer multiple measurement methods to meet different environmental and technical needs. The hollow design allows the encoders to be directly installed on the drive shaft, reducing system complexity and enhancing overall mechanical strength. Below is an introduction to the core products of the linear direct-drive encoders:
① Induction Linear Encoder
• Superior performance with an accuracy level of up to ±0.5 micrometers
• High environmental reliability with IP67 protection, immune to dust, oil, and moisture
• Diverse grating materials supporting self-assembly of motor bases and “gridless” design
• Strong durability of the grating, ensuring stable performance in high and low temperatures with a low coefficient of thermal expansion.
② Optical Hollow Absolute Encoder
• High precision, with a repeated positioning accuracy of <±0.7"
• High dynamic response, achieving an effective resolution of 21 bits
• Radial translation assembly method for convenient installation
③ Inductive Hollow Absolute Encoder
• High reliability, impervious to contamination, unaffected by strong magnetic fields
• High precision, with repeatability reaching up to ±3"
• Distributed induction read head design, allowing for greater installation tolerance and reducing the impact of installation tolerances on accuracy
④ Magnetic Hollow Absolute Encoder
• Hollow structure, non-contact installation
• Suitable for harsh working conditions
• One button debugging, quick calibration

Reagle Sensing's general-purpose encoders are a series of high-performance sensing products designed for broad industrial applications. These encoders are customized for diverse industrial scenarios, providing precise position and speed feedback to ensure efficient and safe equipment operation.
In the field of construction machinery, these encoders are capable of withstanding extreme working conditions such as high vibration and heavy loads, ensuring precise control of mechanical equipment like excavators and cranes. In the areas of forklifts and wind power, these encoders aid in achieving high-precision motion control and efficiency optimization, significantly enhancing energy efficiency and operational performance. Additionally, in the packaging industry, Reagle Sensing’s encoders ensure the synchronization accuracy and repeatability of high-speed packaging machinery, optimizing the smoothness and output of production lines.
Below is an introduction to the core products of the general-purpose encoders:
① Incremental Rotary Optical Encoder
•Precise optical sensing technology
•Up to 8000 pulses per revolution
•Compact, rugged, and stable structure
② Incremental Rotary Magnetic Encoder
•Precise magnetic sensing technology
•Up to 5000 pulses per revolution
•Shock-resistant, vibration-resistant, and operates reliably with stability
③ Inductive Absolute Rotary Encoder
•Inductive Measurement Principle, high precision and high stability
•Resolution of up to 4096 (multi-turn) and 131072 (single-turn)
•Flexible Connection Options, Suitable for a Variety of Applications
•Supports Multiple Protocols, Enhanced Compatibility
④ Wire Draw Encoder
•Thinner and lighter: 50% thinner compared to the industry average, making it more compact for installation
•Faster: Unique integrated design eliminates physical connections between the encoder and the cable box, ensuring immediate output without lag.
•More rugged: High integration in the one-piece design enhances durability, making it more resistant to vibrations and suitable for industrial environments.
•More precise: Measured output accuracy <±2mm, with a 30% improvement in linearity and resolution.
•Low maintenance: Designed with anti-contamination interfaces, sealed components to resist environmental ingress.

Reagle Sensing provides customized, comprehensive encoder solutions tailored specifically for certain industries, especially within the precision machine tool and elevator sectors. Belowis an introduction to the core products of industry-specific encoders for the precision machine tools and elevator industries:
① 42 Sine Cosine Encoder
•Optimized Dimensions: With a height of 29mm, the encoder offers effective optimization in both height and volume compared to similar solutions in the market, making it convenient for adaptation and installation.
•Flexible Selection: Customers can freely choose between different mounting sizes of dual-spring connection methods based on their own structural requirements.
② 52 Sine Cosine Encoder
•Reliability Enhancement: Compared to traditional mainstream solutions, this product adopts an absolute value scheme, effectively avoiding system failures caused by the loss of original signals.
•Usability Enhancement: With electronic zeroing function, replacing the encoder on-site does not require re-dynamic self-learning.
•Compatibility Enhancement: Seamlessly compatible with mainstream installation methods in the market, facilitating seamless matching for customers.
③ Disc Sine Cosine Encoder
•Ultimate Size: With only a 19.5mm ultra-thin design, it effectively saves space, making installation and maintenance extremely convenient.
•Ultimate Experience: Compared to mainstream ultra-thin solutions on the market, this product utilizes high-precision optical principles, resulting in smoother system start and stop.
•Ultimate Stability: By employing a rigid connection with the motor, it effectively avoids the start-stop data fluctuations and inertia interference caused by flexible connection pieces.
④ Inductive Linear Scale
•Utilizing inductive principles effectively reduces the impact of dust contamination and magnetic interference on the system, ensuring safe equipment operation
•Maximum height increase to 392m, absolute position output, allowing positioning at any location upon power-up
•Easy installation, one-key debugging, simple operation, saving labor hours
⑤ Large Hollow Split-Type Incremental Encoder
•With communication-type output, it boasts strong anti-interference capability
•The installation air gap range can reach 0.2–1mm
•It can adapt to applications with significant axial displacement
•Higher subdivision resolution results in smoother output linearity

Reagle Sensing designs and manufactures a variety of servo feedback encoders to meet the wide-ranging needs of industrial automation. Our product line includes photoelectric, magnetic, and inductive encoders, each with its unique technological advantages and application characteristics. To accommodate different servo system conditions, Reagle Sensing offers both absolute and incremental encoders. Absolute encoders provide precise position information, suitable for applications requiring high-precision positioning; while incremental encoders excel in relative position measurement, suitable for speed control and general position feedback applications. Whether it's standard products or customized solutions, Reagle Sensing provides reliable feedback for your servo systems, ensuring accuracy and stability in operation. Here are the core product introductions for servo feedback encoders:
① Split Optical Absolute Encoder
• Ultra-thin design, integrated installation
• No disc spring rigid connection, superior system rigidity
• One-key debugging, saving time and effort
② Integral Optical Absolute Encoder
• Ultra-high positioning accuracy: Repetitive positioning accuracy up to ±1 arc-sec
• Integrated structure, compact size, easy installation, and simple operation
• Direct shaft and taper shaft options for diverse choices, suitable for a wider range of application scenarios
③ Integral Optical Absolute Encoder
• Optical principle for higher positioning accuracy
• Outer diameter of 12.5mm, extremely compact size
• Convenient installation, specially developed for small base motors
④ Cross Coupling Optical Absolute Encoder
• Higher precision and rigidity
• Vibration resistance, shock resistance, easy maintenance
• Effectively reduces the influence of motor heat conduction
⑤ Integral Mechanical Multiturn Absolute Encoder
• Mechanical multi-turn technology, no battery maintenance required
• High rigidity, responsiveness and positioning accuracy
• Axial space of 29.5cm, saving 20% more space compared to similar products
⑥ Split Mechanical Multiturn Absolute Encoder
• Mechanical multi-turn technology, no battery maintenance required
• Ultra-compact design, height only 15.5mm, fully releasing axial space
• Safe and reliable, excellent environmental tolerance
⑦ Magnetic Absolute Encoder
• Easy installation, one-key calibration
• Strong environmental resistance, easily adaptable to various working conditions

Reagle Sensing specializes in the development and production of high-precision sensor technologies, with their linear direct-drive encoders being one of the company's technical highlights. These encoders excel in direct linear drive (DDL) and direct rotary drive (DDR) applications. In DDL scenarios, Reagle Sensing offers various types of linear encoders, including photoelectric and inductive models. These encoders are widely used in precision positioning and measurement systems, such as machine tools and automation equipment, ensuring the accuracy and efficiency of device operations. For DDR applications, Reagle Sensing has designed a range of hollow series products. These hollow encoders, available in photoelectric, inductive, and magneto-electric types, offer multiple measurement methods to meet different environmental and technical needs. The hollow design allows the encoders to be directly installed on the drive shaft, reducing system complexity and enhancing overall mechanical strength. Below is an introduction to the core products of the linear direct-drive encoders:
① Induction Linear Encoder
• Superior performance with an accuracy level of up to ±0.5 micrometers
• High environmental reliability with IP67 protection, immune to dust, oil, and moisture
• Diverse grating materials supporting self-assembly of motor bases and “gridless” design
• Strong durability of the grating, ensuring stable performance in high and low temperatures with a low coefficient of thermal expansion.
② Optical Hollow Absolute Encoder
• High precision, with a repeated positioning accuracy of <±0.7"
• High dynamic response, achieving an effective resolution of 21 bits
• Radial translation assembly method for convenient installation
③ Inductive Hollow Absolute Encoder
• High reliability, impervious to contamination, unaffected by strong magnetic fields
• High precision, with repeatability reaching up to ±3"
• Distributed induction read head design, allowing for greater installation tolerance and reducing the impact of installation tolerances on accuracy
④ Magnetic Hollow Absolute Encoder
• Hollow structure, non-contact installation
• Suitable for harsh working conditions
• One button debugging, quick calibration

Reagle Sensing's general-purpose encoders are a series of high-performance sensing products designed for broad industrial applications. These encoders are customized for diverse industrial scenarios, providing precise position and speed feedback to ensure efficient and safe equipment operation.
In the field of construction machinery, these encoders are capable of withstanding extreme working conditions such as high vibration and heavy loads, ensuring precise control of mechanical equipment like excavators and cranes. In the areas of forklifts and wind power, these encoders aid in achieving high-precision motion control and efficiency optimization, significantly enhancing energy efficiency and operational performance. Additionally, in the packaging industry, Reagle Sensing’s encoders ensure the synchronization accuracy and repeatability of high-speed packaging machinery, optimizing the smoothness and output of production lines.
Below is an introduction to the core products of the general-purpose encoders:
① Incremental Rotary Optical Encoder
•Precise optical sensing technology
•Up to 8000 pulses per revolution
•Compact, rugged, and stable structure
② Incremental Rotary Magnetic Encoder
•Precise magnetic sensing technology
•Up to 5000 pulses per revolution
•Shock-resistant, vibration-resistant, and operates reliably with stability
③ Inductive Absolute Rotary Encoder
•Inductive Measurement Principle, high precision and high stability
•Resolution of up to 4096 (multi-turn) and 131072 (single-turn)
•Flexible Connection Options, Suitable for a Variety of Applications
•Supports Multiple Protocols, Enhanced Compatibility
④ Wire Draw Encoder
•Thinner and lighter: 50% thinner compared to the industry average, making it more compact for installation
•Faster: Unique integrated design eliminates physical connections between the encoder and the cable box, ensuring immediate output without lag.
•More rugged: High integration in the one-piece design enhances durability, making it more resistant to vibrations and suitable for industrial environments.
•More precise: Measured output accuracy <±2mm, with a 30% improvement in linearity and resolution.
•Low maintenance: Designed with anti-contamination interfaces, sealed components to resist environmental ingress.

Reagle Sensing provides customized, comprehensive encoder solutions tailored specifically for certain industries, especially within the precision machine tool and elevator sectors. Belowis an introduction to the core products of industry-specific encoders for the precision machine tools and elevator industries:
① 42 Sine Cosine Encoder
•Optimized Dimensions: With a height of 29mm, the encoder offers effective optimization in both height and volume compared to similar solutions in the market, making it convenient for adaptation and installation.
•Flexible Selection: Customers can freely choose between different mounting sizes of dual-spring connection methods based on their own structural requirements.
② 52 Sine Cosine Encoder
•Reliability Enhancement: Compared to traditional mainstream solutions, this product adopts an absolute value scheme, effectively avoiding system failures caused by the loss of original signals.
•Usability Enhancement: With electronic zeroing function, replacing the encoder on-site does not require re-dynamic self-learning.
•Compatibility Enhancement: Seamlessly compatible with mainstream installation methods in the market, facilitating seamless matching for customers.
③ Disc Sine Cosine Encoder
•Ultimate Size: With only a 19.5mm ultra-thin design, it effectively saves space, making installation and maintenance extremely convenient.
•Ultimate Experience: Compared to mainstream ultra-thin solutions on the market, this product utilizes high-precision optical principles, resulting in smoother system start and stop.
•Ultimate Stability: By employing a rigid connection with the motor, it effectively avoids the start-stop data fluctuations and inertia interference caused by flexible connection pieces.
④ Inductive Linear Scale
•Utilizing inductive principles effectively reduces the impact of dust contamination and magnetic interference on the system, ensuring safe equipment operation
•Maximum height increase to 392m, absolute position output, allowing positioning at any location upon power-up
•Easy installation, one-key debugging, simple operation, saving labor hours
⑤ Large Hollow Split-Type Incremental Encoder
•With communication-type output, it boasts strong anti-interference capability
•The installation air gap range can reach 0.2–1mm
•It can adapt to applications with significant axial displacement
•Higher subdivision resolution results in smoother output linearity