along line 14 14 in fig1 illustrating the inside of insertion tube 34 and endoscopic working channel 35 endoscope tube 76 is proximate to auger tube 70 auger tube 70 contains auger 71 coiled around auger shaft 73 inflatable abrading device 60 not shown in fig1 is introduced through auger channel 74 fig1 depicts the present disclosure performing a discectomy diskectomy inflatable abrading device 60 is connected to rotatable tube 64 through which inflatable abrading device 60 is initially inflated with saline or conray u00ae media for fluoroscopic visualization for example the media is introduced into inflatable abrading device 60 by a hydraulic pump for example once the media has inflated inflatable abrading device 60 to the desired level the inflation is maintained and inflatable abrading device 60 is rotated to morcellate disc d l3 l4 while disc d l3 l4 is being morcellated saline is introduced into the disc space and disc material 61 is evacuated through auger tube 70 by rotating auger 71 and applying a suctioning force from the other end of auger tube 70 once disk d l3 l4 is morcellated media may be removed from inflatable abrading device 60 by a hydraulic pump for example inflatable abrading device 60 and auger 71 may rotate in the same or in different directions and each can reach a maximum speed of approximately three hundred surface feet per minute for example in practice physician 40 is able to adjust the speed at which both inflatable abrading device 60 and auger 71 rotate in the preferred embodiment.