A production method of a ready to use catheter set with the steps of; - obtaining solution I hy adding and mixing to the mixture % 0,1-0,2 benzoyl peroxide while mixing % 97-99 toluene and % 1-3 methylene chloride, hy weight, - obtaining solution II by mixing solution A comprising of % 85-92 methylene chloride, % 2-5 toluene, % 0,1-0,3 crucamide and % 5-10 PVP by weight, and solution B comprising of % 94-97 methylene chloride, 1-3 toluene, % 1-3 TDI, by weight, - obtaining solution III by mixing one or more of solution a comprising of % 90-96 pure water, % 1-2 acrylic acid, % 1-4 Chitosan and % 1-4 polyvinyl alcohol by weight, solution b comprising of % 77-87 pure water, % 1-3 PVP and% 10-20 sodium chloride by weight, solution c comprising of % 2-4 polyethylene oxide and % 96-98 pure water by weight, solution d comprising of % 1-3 HES and % 97-99 pure water by weight, solution e comprising of % 0. 1-0,3 sorbic acid and % 99,7-99,9 pure water by weight and solution f comprising of % 1-1,5 TiO 2 and % 98,5-99 pure water by weight. - dipping the catheters put on the skewers into the solution I, keeping them inside this solution for 20-60 seconds and then taking them out, later drying them in a furnace at 50°C and allowing them to cool down, - after they arc cooled down dipping them inside solution II and drying them in a furnace at 50°C for approximately 20 minutes and then allowing them to cool down, - after they are cooled down dipping them into the solution III, keeping them inside this solution for 10-40. seconds and then taking them out and drying them in a furnace at 70-90°C and then allowing them to cool down, - Packaging the catheters by placing them one by one inside catheter packages (4 or 5) filled with pure water. - obtaining solution I hy adding and mixing to the mixture % 0,1-0,2 benzoyl peroxide while mixing % 97-99 toluene and % 1-3 methylene chloride, hy weight, - obtaining solution II by mixing solution A comprising of % 85-92 methylene chloride, % 2-5 toluene, % 0,1-0,3 crucamide and % 5-10 PVP by weight, and solution B comprising of % 94-97 methylene chloride, 1-3 toluene, % 1-3 TDI, by weight, - obtaining solution III by mixing one or more of solution a comprising of % 90-96 pure water, % 1-2 acrylic acid, % 1-4 Chitosan and % 1-4 polyvinyl alcohol by weight, solution b comprising of % 77-87 pure water, % 1-3 PVP and% 10-20 sodium chloride by weight, solution c comprising of % 2-4 polyethylene oxide and % 96-98 pure water by weight, solution d comprising of % 1-3 HES and % 97-99 pure water by weight, solution e comprising of % 0. 1-0,3 sorbic acid and % 99,7-99,9 pure water by weight and solution f comprising of % 1-1,5 TiO 2 and % 98,5-99 pure water by weight. - dipping the catheters put on the skewers into the solution I, keeping them inside this solution for 20-60 seconds and then taking them out, later drying them in a furnace at 50°C and allowing them to cool down, - after they arc cooled down dipping them inside solution II and drying them in a furnace at 50°C for approximately 20 minutes and then allowing them to cool down, - after they are cooled down dipping them into the solution III, keeping them inside this solution for 10-40. seconds and then taking them out and drying them in a furnace at 70-90°C and then allowing them to cool down, - Packaging the catheters by placing them one by one inside catheter packages (4 or 5) filled with pure water.