to be formed of magnetic material by a process such as sintering which will eliminate the need to connect a separate motor magnet to the surface of the cylinder portion 404 when the first stator 500 and magnetic coil 502 are energized a magnetic field is induced which causes the eccentric shaft 402 to rotate and pump oil in through the oil pump side 400 by rotating the oil pump element 406 in a manner similar to the oil pump side 100 described in fig1 8 above on the water pump side the 300 a rotor 312 connected to the pump element 314 contained in the isolation jacket 311 has at least one rotor magnet 316 on the outside surface of the rotor 312 the second stator 600 has at least one magnetic coil 602 is located in the oil pump side 400 and circumscribes a portion of the isolation jacket 311 the rotor magnet 316 and a portion of the rotor 312 when the second stator 600 is energized a magnetic field is induced by the magnetic coil 602 which causes the rotor 312 to rotate the pump element 314 and pump water or coolant through the water pump side 300 in a manner similar to the operation of the water pump side 10 described in fig1 8 above the operation of the combination pump 200 is controlled by the single controller 604 contained in the oil pump side 400 within the unitary pump housing 302 the single controller 604 independently controls the operation of the first stator 500 and second stator 600 to allow for the water pump side 300 and oil pump side 400 flow to be contained within a unitary pump housing and controlled by a single controller 604.