adverse environmental conditions and during long term use and assist pump 10 in a consistent fluid delivery along conduit outlets 17 fluid reservoir 30 is formed from an inert polymer substance such as teflon and can be sized to adequately provide multiple conduit inlets 20 as required outlet frame 25 is attached to stator 11 and may be made from suitable materials such as stainless steel or teflon and maintains conduit outlets 17 in steady fixed positions for attachment to fluid lines for delivery to specific machine or plant locations as required peristaltic pump 40 as shown in fig4 includes rotor 41 having 2 segments left segment 42 and right segment 43 segments 42 and 43 are joined by roller hub 44 and rollers 45 are free to rotate as roller 41 turns within stator 46 it is understood from fig4 as rotator 41 rotates for example segment 42 first contacts compressible conduit 13 and as rotor 41 continues to turn a roller 45 of segment 43 would later contact another conduit 13 in an alternating or staggered manner due to the mounting of rollers 45 in segments 42 and 43 rollers 45 in fig4 and rollers 15 described above are each rotable individually and rotate with rotor 41 a plurality of rollers 45 is utilized in each segment and four 4 rollers per segment has been found effective for most uses it has been found that with a segmented rotor 41 as shown in fig4 the pulse action of pump 40 can be greatly reduced and will virtually appear as a single stream as may be required for highly specialized precise applications by connecting right conduit 50 and left conduit 51 by t shaped.