Stamping technology, with its high efficiency, high consistency, and material adaptability, has become the mainstream method for manufacturing metal sensor housings.
Long-term friction between the magnetic head and the storage medium can cause surface wear, while high-precision etching can create a more wear-resistant surface structure.
Check reader housings, through material modification, structural innovation, and process integration, achieve lightweighting while effectively meeting stringent electromagnetic compatibility requirements, achieving the dual goals of being "light as a feat
The magnetic sensitivity of the material in the magnetic head of electronic components is a fundamental limiting factor.
In high-end equipment manufacturing, semiconductor cleanroom piping, food and pharmaceutical processes, shipbuilding, and energy and chemical industries, fluid transport systems place extremely high demands on the accuracy of pipe routing, the smoothness
With the continuous miniaturization of portable audio devices, industrial data loggers, financial terminals, and smart card readers, electronic component magnetic heads, as core sensing components, face unprecedented miniaturization challenges.