Published Paper Details:

Magnetic abrasive finishing is the advance-grade types of the machining process leading to micro/ nano finishing process. The process depends upon the magnetic field, abrasive particle, iron powder and working material. There are two type of magnetic field such as stationary and rotary field. Abrasive particle such as diamond, silica carbide and aluminium oxide can be used for MAF process. When we focus on the magnetic field then we find the stationary or rotating magnetic field, abrasive particle such as diamond, silicon carbide, aluminium oxide etc. and the working material are such as alloy based like stainless steel and its alloy, brass, aluminium and its alloy magnesium alloy and many others ,means its applicable for both ferrous and nonferrous material. The process magnetic abrasive finishing giving micro level finishing surface using unbounded abrasive particle working as the like flexible brushes and rubbing the workpiece material. in order to achieve the better finishing surface to attain the different process parameter like as, working gap between the setup and workpiece material, abrasive particle , iron powder ,machining oil ,rotational speed ,voltage ,surface roughness, material removal rate, supply ac/dc ,flux density , vibration, etc.In this review paper examined the working principle, process parameter, limitation future development is discussed.