Modern advance finishing process in machining Process also having qualified reduction of tool resistance condition limitations i.e. in EDM, ECM, USM, AJM etc. cutting edge relative motion with Pre distinct motion and respect to the work piece surface be the foremost restraint during machining multifaceted shapes. For that avoid the restriction little various cutting edges in a few insecurely bonded from be heading for multifaceted Shapes to be machine. But due to the lack of control over the finishing forces, these possess the limitation for finishing complex geometry and moreover sometimes these processes communicate surface and subsurface damages. Many advanced finishing processes have been established to challenge these issues. Magnetorheological fluid aided finishing processes are one such kind of finishing processes, which has greater flexibility towards process control and one can finish by required tolerances among without destructive surface profile.
used for micro machining and finishing of components, particularly circular tubes.
One of advanced method which is used to enhance the surface roughness by magnetic abrasives in important applications(medical ,aerospace,dies,tools).
Dear
Mr. Pullani subaah
When we take megnetoreological abrasive manufacturing process ...we go for the best finishing product but it take too time but roughness in circular or small pieces which are very complicated in structure are easily finished..and it is not much costly.With the increasing requirements for high-precision and high-surface-quality components in various applications, (e.g. silicon wafers in the semiconductor industry and optical lenses in the precision instrument industry), abrasive technology is becoming increasingly important in precision manufacturing. And also having low sound process...and used in all metals non metals..
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