Effect of pulsed magnetic field on the grain refinement and mechanical properties of 6063 aluminum alloy by direct chill casting

This paper presents different analyses by cooperation of multimobile micromanipulation systems (M⁴S) for robotic microassembly where assembly is performed in a grid pattern by dividing it into different zones. To cater this need, a new design of M⁴S for robotic assembly is proposed where different peg-in-hole assemblies are carried out. For attempting the different combinations by cooperation of M⁴S, a novel algorithm is developed which provides a solution for robotic microassembly in a more efficient and precise manner within less time. Experientially, it is proved that this novel design of M⁴S is capable of performing the different manipulation tasks of miniature parts. Different analyses prove its potentiality of robotic assembly in industrial applications.