container 301 would contain a hinged lid 302 within the container 301 would be a removable porous filter device 303 that is porous in nature to capture large bone graft material but provide for the flow through of saline blood products plasma cells and growth factors and other particulate matter of a specific geometrically limited size the material would be drawn through the filter via suction applied through port 304 also depicted in fig3 would be tubing 204 that would allow for saline to flow to the ria device 102 and provide irrigation to facilitate the evacuation of bone graft material fig4 is an alternative embodiment of the stage 1 filter tube 401 would be contained within the filter device container 301 once again avoiding significant entanglement and providing for more efficient use within the operating room the remaining portion of the device would function very similar as the device in fig3 a hinged lid 302 providing access to porous filter 303 would catch material entering via port 205 once again allowing for saline blood products plasma cells growth factors and other particulate matter of a specific geometrically limited size to pass through and be drawn out via port 304 fig5 shows one depiction of the initial stage filter with additional details noted through tube 205 saline as well as graft material evacuated from the medullary canal would enter stage 1 container 301 the lid now hinged open depicted at 302 allows for access to removal filter 303 containing bone graft material 501 the remaining portion of the fluid containing blood products plasma cells growth factors and.