A catheter assembly having an encapsulated catheter tip for encapsulating a distal end of the catheter thereby minimizing the risk of infection comprising: a catheter body having a distal end, a proximal end, and a plurality of lumens extending generally from said distal end to said proximal end, said plurality of lumens including at least one drainage lumen in fluid communication with a drainage port for providing fluid flow within said drainage lumen, and at least one control lumen, said control lumen being in fluid communication with a sleeve member for providing inflation of said sleeve thereby forming inflatable areas; a first balloon constructed and arranged to provide a barrier between said catheter tip and a body duct, tissue cavity or vessel, and a second balloon constructed and arranged to position said catheter within said body duct, cavity, or vessel; wherein upon inflation of said first balloon, said distal end of said catheter is encapsulated by said first balloon thereby preventing damage to said body duct, tissue cavity or vessel, and inflation of said second balloon provides securing of said catheter to said body duct, tissue cavity, or vessel; characterised in that the assembly further comprises a catheter tip cap comprising a closed distal end and a proximal end constructed and arranged to be secured to a top surface of said distal end of said catheter body, and a stem portion projecting outwardly from said proximal end, said solid stem portion of said tip cap constructed and arranged to cooperate with one of said plurality of lumens, thereby maintaining said at least one inflatable area in a centered position when inflated, said catheter tip cap having a sleeve member which contains a first end integrally formed at or near said distal end of said catheter tip cap and a second end secured to at least one position along said catheter body, thereby forming said first balloon and said second balloon. a catheter body having a distal end, a proximal end, and a plurality of lumens extending generally from said distal end to said proximal end, said plurality of lumens including at least one drainage lumen in fluid communication with a drainage port for providing fluid flow within said drainage lumen, and at least one control lumen, said control lumen being in fluid communication with a sleeve member for providing inflation of said sleeve thereby forming inflatable areas; a first balloon constructed and arranged to provide a barrier between said catheter tip and a body duct, tissue cavity or vessel, and a second balloon constructed and arranged to position said catheter within said body duct, cavity, or vessel; wherein upon inflation of said first balloon, said distal end of said catheter is encapsulated by said first balloon thereby preventing damage to said body duct, tissue cavity or vessel, and inflation of said second balloon provides securing of said catheter to said body duct, tissue cavity, or vessel; characterised in that the assembly further comprises a catheter tip cap comprising a closed distal end and a proximal end constructed and arranged to be secured to a top surface of said distal end of said catheter body, and a stem portion projecting outwardly from said proximal end, said solid stem portion of said tip cap constructed and arranged to cooperate with one of said plurality of lumens, thereby maintaining said at least one inflatable area in a centered position when inflated, said catheter tip cap having a sleeve member which contains a first end integrally formed at or near said distal end of said catheter tip cap and a second end secured to at least one position along said catheter body, thereby forming said first balloon and said second balloon.