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Photoelectric label sensor

Senyd photoelectric label sensors are a specific type of photoelectric sensor that is designed to detect labels on products or packaging. These sensors are commonly used in industrial applications such as labeling, packaging, and printing to ensure accurate detection and positioning of labels.

Photoelectric label sensors work by emitting a light beam towards the label and detecting the reflection or interruption of the light beam caused by the label. This allows the sensor to accurately detect the presence, position, and alignment of labels on moving objects. These sensors are essential for ensuring proper labeling, packaging, and quality control in manufacturing processes. They are often used for tasks such as label detection, alignment, verification, and counting to improve efficiency and accuracy in production operations.
Magnetostrictive linear position sensors

Senyd magnetostrictive linear position sensor is a type of sensor used to measure linear position by utilizing the magnetostrictive effect. This sensor consists of a magnetostrictive waveguide, which is a wire or rod made of a magnetostrictive material such as nickel or iron.The sensor works by sending a high-frequency electrical pulse down the magnetostrictive waveguide, which generates a magnetic field. When a movable magnet interacts with this magnetic field, it causes the magnetostrictive material to change its shape slightly, producing a mechanical wave that travels back to the sensor head. By measuring the time it takes for this wave to return to the sensor head, the sensor can accurately determine the position of the magnet along the waveguide.