The Magnet in the Positioner and Kickout refers to a magnetic component used within the mechanism for precise positioning and kickout functionality. It is typically a permanent magnet strategically placed to interact with other magnetic or ferrous elements in the system. The magnet provides magnetic attraction or repulsion forces to control the movement of components, ensuring accurate positioning or triggering kick-out actions when necessary. This magnet is designed to have a strong magnetic field, ensuring reliable and consistent performance. It is typically made from materials such as neodymium or ferrite, known for their high magnetic strength. The magnet in the positioner and kickout group plays a crucial role in achieving precise control and efficient operation of the mechanism it is part of.

Attributes:
• Made from high-quality magnetic materials such as neodymium or ferrite, ensuring durability and reliable performance.
• Offers precise positioning capabilities, allowing for accurate alignment and control of components within the mechanism.
• Resistant to demagnetization, ensuring its long-term effectiveness and performance.

Application:
The Magnet in the Positioner and Kickout serves the purpose of enabling precise positioning and kickout actions within the mechanism. It provides magnetic forces that aid in accurate control and efficient operation of the system.