An applicator system for containing and dispensing a cosmetic first substance and a cosmetic second substance, the second substance different from the first substance, the system comprising: a vial having a bottom wall, a circumferential sidewall extending upwardly from the bottom wall, the bottom wall and sidewall defining a reservoir for storing the first substance, the sidewall terminating at an upper end in a neck defining an opening into the reservoir; a cap with a top end and a bottom end, the top end defining an upwardly opening cavity, the bottom end of the cap adapted to be received on and engage the neck of the vial, an elongated tubular rod secured to and depending from the bottom end of the cap, the rod having a proximal end adjacent the bottom end of the cap, the rod extending to a distal end, the rod defining an interior channel from the proximal end to the distal end, an applicator secured to the distal end of the rod, the applicator defining an applicator surface with at least one dispensing port, the applicator having a delivery channel providing fluid communication between the interior channel at the distal end of the rod and the at least one dispensing port in the applicator surface, the rod dimensioned to extend through the opening in the neck into the reservoir such that the applicator surface can retrieve a quantity of the first substance from within the vial reservoir; a cartridge for storing the second substance, the cartridge having an evacuation port at a lower end, the cartridge dimensioned to be received in the cavity such that the evacuation port is directed toward the interior channel at the proximal end of the rod; and a metering pump having an inlet port and an outlet port, the pump secured between the cartridge and the rod such that the inlet port of the pump is in fluid communication with the evacuation port of the cartridge and outlet port of the pump is in fluid communication with the interior channel at the proximal end of the rod, wherein the that pump can draw metered amounts of the second substance from the cartridge through the evacuation port and dispenses such metered quantities to the applicator surface through the at least one dispensing port via the interior channel of the rod and dispensing channel of the applicator; and characterised by the fact that the applicator is made from a resilient material and the dispensing port is a valve-like slit or cut that opens when the second substance is dispensed under pressure from the pump, and closes when the second substance is no longer under dispensing pressure from the pump. a vial having a bottom wall, a circumferential sidewall extending upwardly from the bottom wall, the bottom wall and sidewall defining a reservoir for storing the first substance, the sidewall terminating at an upper end in a neck defining an opening into the reservoir; a cap with a top end and a bottom end, the top end defining an upwardly opening cavity, the bottom end of the cap adapted to be received on and engage the neck of the vial, an elongated tubular rod secured to and depending from the bottom end of the cap, the rod having a proximal end adjacent the bottom end of the cap, the rod extending to a distal end, the rod defining an interior channel from the proximal end to the distal end, an applicator secured to the distal end of the rod, the applicator defining an applicator surface with at least one dispensing port, the applicator having a delivery channel providing fluid communication between the interior channel at the distal end of the rod and the at least one dispensing port in the applicator surface, the rod dimensioned to extend through the opening in the neck into the reservoir such that the applicator surface can retrieve a quantity of the first substance from within the vial reservoir; a cartridge for storing the second substance, the cartridge having an evacuation port at a lower end, the cartridge dimensioned to be received in the cavity such that the evacuation port is directed toward the interior channel at the proximal end of the rod; and a metering pump having an inlet port and an outlet port, the pump secured between the cartridge and the rod such that the inlet port of the pump is in fluid communication with the evacuation port of the cartridge and outlet port of the pump is in fluid communication with the interior channel at the proximal end of the rod, wherein the that pump can draw metered amounts of the second substance from the cartridge through the evacuation port and dispenses such metered quantities to the applicator surface through the at least one dispensing port via the interior channel of the rod and dispensing channel of the applicator; and characterised by the fact that the applicator is made from a resilient material and the dispensing port is a valve-like slit or cut that opens when the second substance is dispensed under pressure from the pump, and closes when the second substance is no longer under dispensing pressure from the pump.