Simulating the Lattice-Shaped microchannel for separation of bacteria beads using HDF

There are different types of Microfluidic particles sorting devices have been developed, but most of those devices have limitation in terms of the relatively low throughput. In this which method has been used is Hydrodynamic Filtration through which sorting of Bacteria particles (Beads or cells) from given sample medium can be separated which are of different size. A new scheme has been describes in this paper for a continuous sorting of Bacteria particles that is Mammalian cells (K. Pneumoniea) using Lattice-Shaped and dual-depth microchannel network. Microchannels were sorted on the base of size and it is clearly showed that the angles dominate the separation efficiencies. The problem which occurs during a fluid flow is clogging due to which particles are not separated in proper way can be overcome. The Scheme presented here for a size based particle sorting can be applicable to various biological or industrial experiments for diagnosis to achieve length-dependent sorting of bispherical microparticles. Even experimented at different angles of a lattice surface at 0 or 90 degree, 15 degree, 25 degree and 35 degree for particle sorting of K. Pneumoniae particle from sample which is precisely obtained through outputs. As per the application how this simulation method may be applied to the design of efficient hydrodynamic cell in microfluidic device for size based separation is simulated.