Absolute Hollow Shaft Single Turn Encoder

The Absolute Hollow Shaft Single Turn Encoder is a precision-engineered device designed to deliver unmatched accuracy and reliability in motion control and positioning systems. With its advanced single-turn absolute measurement capability and hollow shaft design, this encoder is perfect for applications where precise angular position data is crucial.

At Encoder Technology, we stock a variety of single-turn encoders from a range of pioneering encoder manufacturers, such as Deva Electronics, Heidenhain, Motrona, Nemicon, and more. 

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Our Range of Standard Single-Turn Encoders

We stock the latest, most innovative, and forward-thinking encoders on the market today, designed to meet the diverse needs of modern industries. Our range of standard single-turn encoders offers unparalleled accuracy and reliability, making them an essential component in a variety of applications.

Available in a range of sizes and resolutions, our single-turn encoders provide options such as 12-bit single-turn resolution and 14-bit resolution, delivering exceptional precision for even the most demanding tasks. These encoders are engineered to integrate seamlessly into different systems, offering the flexibility and performance required to support your operational goals.

For applications that require a more unique design, we can create specially-designed encoders to meet your specific needs.

Precision and Versatility for Multiple Industries

Our standard single-turn encoders provide accurate absolute positional feedback within a single rotation of the shaft. This eliminates the need for recalibration after power cuts, saving valuable time and guaranteeing seamless workflows. The high resolution ensures precise control, making these encoders ideal for applications such as:

  • Industrial Automation: Improve the efficiency and reliability of automated systems by providing precise position data, critical for synchronisation, quality control, and smooth operation across production lines.
  • Robotics: Enable advanced robotic functionality with precise positional feedback, ensuring accurate, repeatable movements and enhancing performance in complex and dynamic environments.

Medical Devices: Deliver the high level of precision required for sensitive medical equipment, such as imaging systems or surgical robots, where accuracy and consistency are paramount for patient safety and optimal outcomes.