A quick connect adaptor (10, 10') comprising: a female connector (12, 12') having a body (26, 26') defining a recess (28, 28') and an orifice (30, 30') into which a male connector (14, 14') is to be inserted along an axial direction; a locking member (16, 16') that extends along a transverse direction in the recess (28, 28') of the female connector (12, 12') and is slidable in the transverse direction to lock the female and male connectors together and prevent removal of the male connector (14, 14') from the female connector (12, 12'); a first adaptor inlet (18, 18') configured for fluid communication with a first source of fluid media; a second adaptor inlet (20, 20') configured for fluid communication with a second source of fluid media; a first adaptor outlet (22, 22') in fluid communication with the first adaptor inlet (18, 18'), the first adaptor outlet (22, 22') disposed on one side (32, 32') of the body (26, 26') of the female connector (12, 12'); and a second adaptor outlet (24, 24') in fluid communication with the second adaptor inlet (20, 20'), the second adaptor outlet (24, 24') disposed on an opposing side (34, 34') of the body (26, 26') of the female connector (12, 12'), a first tubular body comprising the first adaptor inlet and the first adaptor outlet; and a second tubular body comprising the second adaptor inlet and the second adaptor outlet; wherein the first and second tubular bodies (140, 142) are coupled with the body of the female connector, characterized by a first ring attached to the body of the female connector on the one side thereof, the first ring coupling the first tubular body with the body of the female connector; and a second ring attached to the body of the female connector on an opposing side thereof, the second ring coupling the second tubular body with the body of the female connector. a female connector (12, 12') having a body (26, 26') defining a recess (28, 28') and an orifice (30, 30') into which a male connector (14, 14') is to be inserted along an axial direction; a locking member (16, 16') that extends along a transverse direction in the recess (28, 28') of the female connector (12, 12') and is slidable in the transverse direction to lock the female and male connectors together and prevent removal of the male connector (14, 14') from the female connector (12, 12'); a first adaptor inlet (18, 18') configured for fluid communication with a first source of fluid media; a second adaptor inlet (20, 20') configured for fluid communication with a second source of fluid media; a first adaptor outlet (22, 22') in fluid communication with the first adaptor inlet (18, 18'), the first adaptor outlet (22, 22') disposed on one side (32, 32') of the body (26, 26') of the female connector (12, 12'); and a second adaptor outlet (24, 24') in fluid communication with the second adaptor inlet (20, 20'), the second adaptor outlet (24, 24') disposed on an opposing side (34, 34') of the body (26, 26') of the female connector (12, 12'), a first tubular body comprising the first adaptor inlet and the first adaptor outlet; and a second tubular body comprising the second adaptor inlet and the second adaptor outlet; wherein the first and second tubular bodies (140, 142) are coupled with the body of the female connector, characterized by a first ring attached to the body of the female connector on the one side thereof, the first ring coupling the first tubular body with the body of the female connector; and a second ring attached to the body of the female connector on an opposing side thereof, the second ring coupling the second tubular body with the body of the female connector.