How should small parts requiring demagnetization be processed?

When dealing with small parts that require demagnetization, processing them one at a time through a dedicated demagnetization cycle is the most effective approach. This method ensures that each part receives adequate exposure to the demagnetizing field and allows for precise control over the demagnetization process.

Processing one part at a time minimizes the risk of residual magnetism from surrounding components affecting the part being demagnetized. It also helps to ensure that the entire part is evenly treated, allowing for better assurance that all magnetic domains within the material are neutralized. This is particularly important for small parts where even minor magnetism can affect performance or measurement accuracy.

In contrast, batch processing risks uneven demagnetization due to variations in magnetic field strength or orientation, leading to parts that may still retain unwanted magnetism. Other methods like soaking in a solution or cooling in a magnetic field are not standard practices for demagnetization and might not effectively achieve the desired outcome. Thus, processing through a cycle one at a time is the most reliable technique for ensuring thorough demagnetization of small parts.