“…Since then, utilizing optical force effect extended in physical, biological, and material sciences, i.e. utilizing a different type of optical tweezers for trapping and manipulation of dielectric particles [10], metallic particles [11], biological objects such as cells, bacteria, viruses [12,13] and Nanometer precision sorting of nanoparticles [14,15]. For manipulating, separating, and imaging entities suspended in fluids, Opto-microfluidic makeup is beneficial [16][17][18][19].…”