Magnetic-field-assisted abrasive sensing and its deployment in electroplated diamond cutting wires.

This paper discusses the manufacturing process of magnetic-field-assisted abrasive sensing for electroplated diamond cutting wires. The study uses a magnetization device to partially magnetize the piano wire and coat diamond abrasives around it. A magnetic field sensing coil is used to measure the magnetized area and a pair of needle-type vertical coil electromagnets are used for partial magnetization. The magnetic field that can be measured ranges between 9.44 and 375 mT. The study found that the distribution of diamond abrasives on the diamond cutting wire and its rigidity are crucial factors that affect the cutting performance and service life. [ABSTRACT FROM AUTHOR]