A portable oscillating compression system comprising: an air compressor for compressing air; an accumulator tank for receiving and storing the compressed air from said air compressor; an air pressure adjustment module for modulating pressure of the compressed air when the compressed air exits said accumulator tank; a valve body assembly attached to said accumulator tank, said valve assembly, comprising: a first valve body portion including: at least one port for receiving at least one intake valve solenoid, said solenoid further including: at least one spring; and at least one intake solenoid valve pintle head; at least one port for receiving at least one exhaust valve solenoid, said solenoid further including: at least one spring; and at least one exhaust solenoid valve pintle head; a second valve body portion including: at least one port for receiving at least one vent valve solenoid, said solenoid further including: at least one spring; at least one vent solenoid valve pintle head; a valve transfer plate connecting said first valve body portion and said second valve body portion, said transfer plate having a sealing surface for engaging said at least one intake solenoid valve and at least one exhaust solenoid valve pintle heads (92, 93); a plurality of inflatable cuffs (160, 162, 180, 182, 200) connected to said valve body assembly for receiving the compressed air from said valve body assembly; a controller for controlling said valve body assembly; a power supply for powering said system; and a housing for containing said system. an air compressor for compressing air; an accumulator tank for receiving and storing the compressed air from said air compressor; an air pressure adjustment module for modulating pressure of the compressed air when the compressed air exits said accumulator tank; a valve body assembly attached to said accumulator tank, said valve assembly, comprising: a first valve body portion including: at least one port for receiving at least one intake valve solenoid, said solenoid further including: at least one spring; and at least one intake solenoid valve pintle head; at least one port for receiving at least one exhaust valve solenoid, said solenoid further including: at least one spring; and at least one exhaust solenoid valve pintle head; at least one spring; and at least one intake solenoid valve pintle head; at least one port for receiving at least one exhaust valve solenoid, said solenoid further including: at least one spring; and at least one exhaust solenoid valve pintle head; at least one spring; and at least one exhaust solenoid valve pintle head; a second valve body portion including: at least one port for receiving at least one vent valve solenoid, said solenoid further including: at least one spring; at least one vent solenoid valve pintle head; at least one port for receiving at least one vent valve solenoid, said solenoid further including: at least one spring; at least one vent solenoid valve pintle head; at least one spring; at least one vent solenoid valve pintle head; a valve transfer plate connecting said first valve body portion and said second valve body portion, said transfer plate having a sealing surface for engaging said at least one intake solenoid valve and at least one exhaust solenoid valve pintle heads (92, 93); a plurality of inflatable cuffs (160, 162, 180, 182, 200) connected to said valve body assembly for receiving the compressed air from said valve body assembly; a controller for controlling said valve body assembly; a plurality of inflatable cuffs (160, 162, 180, 182, 200) connected to said valve body assembly for receiving the compressed air from said valve body assembly; a controller for controlling said valve body assembly; a power supply for powering said system; and a housing for containing said system.