A radio opaque textile comprising: a plurality of radio opaque filaments, made into the radio opaque textile by one of knitting, weaving, or non-woven fabric manufacturing technique or combination of these techniques thereof, wherein each of the plurality of radio opaque filaments comprises: a plurality of matrices, wherein each matrix is a unified flexible structure, and wherein each matrix comprises: radio opaque materials, wherein each of the radio opaque materials is at least one of a radio opaque element, an alloy, a compound, or a combination thereof of the radio opaque element, wherein the radio opaque element is of an atomic number greater than or equal to 29, and a first polymer comprising an elastomer providing elasticity to the radio opaque textile, wherein the unified flexible structure of the plurality of matrices is achieved by dispersing the radio opaque materials in the first polymer, wherein the ratio of weight of the radio opaque materials in the plurality of radio opaque filaments is within a range of 50% to 80%; and a carrier polymer, wherein the carrier polymer is a base material for binding the plurality of matrices to impart spinnability of the plurality of matrix into the plurality of radio opaque filaments, wherein the radio opaque textile is subjected to post treatment by treating the radio opaque textile with a solvent for dissolution of the carrier polymer causing diminishing of radio transparent areas of the radio opaque textile to form a treated radio opaque textile, wherein the treated radio opaque textile comprises a plurality of treated radio opaque filaments. a plurality of radio opaque filaments, made into the radio opaque textile by one of knitting, weaving, or non-woven fabric manufacturing technique or combination of these techniques thereof, wherein each of the plurality of radio opaque filaments comprises: a plurality of matrices, wherein each matrix is a unified flexible structure, and wherein each matrix comprises: radio opaque materials, wherein each of the radio opaque materials is at least one of a radio opaque element, an alloy, a compound, or a combination thereof of the radio opaque element, wherein the radio opaque element is of an atomic number greater than or equal to 29, and a first polymer comprising an elastomer providing elasticity to the radio opaque textile, wherein the unified flexible structure of the plurality of matrices is achieved by dispersing the radio opaque materials in the first polymer, wherein the ratio of weight of the radio opaque materials in the plurality of radio opaque filaments is within a range of 50% to 80%; and a carrier polymer, wherein the carrier polymer is a base material for binding the plurality of matrices to impart spinnability of the plurality of matrix into the plurality of radio opaque filaments, a plurality of matrices, wherein each matrix is a unified flexible structure, and wherein each matrix comprises: radio opaque materials, wherein each of the radio opaque materials is at least one of a radio opaque element, an alloy, a compound, or a combination thereof of the radio opaque element, wherein the radio opaque element is of an atomic number greater than or equal to 29, and a first polymer comprising an elastomer providing elasticity to the radio opaque textile, wherein the unified flexible structure of the plurality of matrices is achieved by dispersing the radio opaque materials in the first polymer, wherein the ratio of weight of the radio opaque materials in the plurality of radio opaque filaments is within a range of 50% to 80%; and radio opaque materials, wherein each of the radio opaque materials is at least one of a radio opaque element, an alloy, a compound, or a combination thereof of the radio opaque element, wherein the radio opaque element is of an atomic number greater than or equal to 29, and a first polymer comprising an elastomer providing elasticity to the radio opaque textile, wherein the unified flexible structure of the plurality of matrices is achieved by dispersing the radio opaque materials in the first polymer, wherein the ratio of weight of the radio opaque materials in the plurality of radio opaque filaments is within a range of 50% to 80%; and a carrier polymer, wherein the carrier polymer is a base material for binding the plurality of matrices to impart spinnability of the plurality of matrix into the plurality of radio opaque filaments, wherein the radio opaque textile is subjected to post treatment by treating the radio opaque textile with a solvent for dissolution of the carrier polymer causing diminishing of radio transparent areas of the radio opaque textile to form a treated radio opaque textile, wherein the treated radio opaque textile comprises a plurality of treated radio opaque filaments.