Die Aussteller der SPS 2026 werden voraussichtlich ab Frühjahr 2026 veröffentlicht. Bis dahin finden Sie hier die Aussteller und Produkte der SPS 2025.
Ausstellersuche von 2025
Linear Direct Drive Encoder
Linear Direct Drive Encoder
Beschreibung
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




