An oil spray lubricator system for knitting machines, operable with a source of compressed air and a source of lubricating oil under pressure, comprising at least one oil spray lubricator with: a. an air flow filter adapted to receive compressed air flowing from said source thereof and to reduce water in the air flow, b. a valve adapted to control said air flow, c. a first regulator adapted to set a selected pressure of said air flow, and d. a second regulator adapted to receive an oil flow from said source thereof and to set selected pressure of said oil flow, e. a pulse timer (26, 28) adapted to eject said oil flow in a selected frequency of pulses, f. a multi-port oil generator (20, 40) having an oil chamber having an oil inlet, an air inlet and multiple oil tubes (58, 72) each of which has an inlet and an outlet and is situated within a larger bore diameter air tube that surrounds said oil tube (58, 72) and creates an annular space between said oil tube (58, 72) and air tube, and g. at least one nozzle, the oil spray lubricator is configured such that compressed air from said source thereof flows through said air flow filter, valve and first regulator, whereby the air is filtered and pressure regulated, and thence flows to said multi-port oil generator air inlet, and wherein oil from said source thereof flows through said second regulator and pulse timer (26, 28), and thence to said multi-port oil generator oil inlet and through said oil tubes (58, 72), and where said airflow entering said multi-port oil generator air inlet flows into said annular spaces, and whereby said oil flow through said oil tubes (58, 72) and said airflow through said annular spaces mix and flow to and through said nozzle, producing an oil spray directible onto said knitting machine, wherein said multi-port oil generator (20, 40) comprises a housing, characterized in that a lower wall of said housing defines a lower coin perforated to define at least one oil inlet, wherein said multi-port oil generator (20, 40) comprises within said housing a middle coin above said lower coin perforated to define first openings for said oil tubes (58, 72), and an upper coin defining second openings larger than said first openings to receive said air tubes, with said oil tubes (58, 72) within, thereby enabling airflow to entrain the oil flow at said outlets of the said oil tubes (58, 72) and to direct same to said nozzles. a. an air flow filter adapted to receive compressed air flowing from said source thereof and to reduce water in the air flow, b. a valve adapted to control said air flow, c. a first regulator adapted to set a selected pressure of said air flow, and d. a second regulator adapted to receive an oil flow from said source thereof and to set selected pressure of said oil flow, e. a pulse timer (26, 28) adapted to eject said oil flow in a selected frequency of pulses, f. a multi-port oil generator (20, 40) having an oil chamber having an oil inlet, an air inlet and multiple oil tubes (58, 72) each of which has an inlet and an outlet and is situated within a larger bore diameter air tube that surrounds said oil tube (58, 72) and creates an annular space between said oil tube (58, 72) and air tube, and g. at least one nozzle,