Magnetic abrasives play a significant role in finishing processes; however, existing magnetic
abrasive particles have limited their application in industry due to poor grinding performance …

In this investigation, globular cubic boron nitride magnetic abrasive powders (cBN-MAPs)
were synthesized with additive-free via plasma molten metal powders bonding with hard …

In order to prepare good magnetic abrasive particles (MAPs) and make it play a better role in
magnetic abrasive finishing (MAF), an experimental investigation on the formation …

High performance magnetic abrasive particles (MAPs) can contribute to the promotion of
magnetic abrasive finishing (MAF) industry. In this work, environmentally friendly spherical …

Magnetic field-assisted finishing (MFAF) technology, as a non-traditional surface finishing
technology, has a unique advantage in machining components composed of complex …

Although magnetic abrasive finishing (MAF) is an efficient surface finishing technique, its
promotion and use in the precise polishing of high-hardness objects are constrained by the …

The internal wall of cardiovascular stent tubing produced by a drawing process has defects
such as pits and bumps, making the surface rough and unusable. In this research, the …

In this investigation, spherical Al2O3 magnetic abrasive particles (MAPs) were used to
polish the inner surface of ultra-fine long cobalt–chromium alloy cardiovascular stent tubes …

A novel abrasive of Fe-6.5 wt% Si/SiC composite was prepared for magnetic abrasive
finishing (MAF) to achieve fine machining of zirconium alloy tubes. The optimized …

Abstract The Magnetic Abrasive Finishing (MAF) technology has demonstrated significant
potential for precision machining due to its adaptable processing characteristics. However …