A tilt-roll table apparatus for use in tilting and rolling a UF 6 cylindrical container, said apparatus comprising: (a) a base; (b) a frame carried by said base and adapted to hold a UF 6 cylindrical container, said frame having a first end and a spaced-apart, opposing second end, said frame being pivotally secured to said base so that said frame can be pivoted between a first-end-higher position and a second-end-higher position, said frame pivoting about a pivotal axis that is positioned perpendicularly to the longitudinal axis of said cylindrical container, said frame carrying plural rollers oriented to rotate about an axis perpendicular to said pivotal axis; (c) a pinion gear operatively connected to same frame for pivoting said frame about said pivotal axis; (d) a drive roller operatively connected to said frame for rotating at least one roller of said plural rollers when said cylindrical container is on said frame, said drive roller rotating said cylindrical container about its longitudinal axis; (e) a first bracket carried by said first end of said frame and an opposing second bracket carried by said second end of said frame, wherein said first bracket is movably attached to said frame so that said first bracket is movable toward and away from said second bracket, said first bracket carrying a first spindle and said second bracket carrying a second spindle, and wherein, when said cylindrical container is on said frame with a first end of said cylindrical container oriented towards said first spindle and a second end of said cylindrical container oriented toward said second spindle, said first and second spindles (86, 88) engage said first and second ends (48, 50), respectively, to support said cylindrical container when said cylindrical container is rotated by said drive roller and tilted by said pinion gear. (a) a base; (b) a frame carried by said base and adapted to hold a UF 6 cylindrical container, said frame having a first end and a spaced-apart, opposing second end, said frame being pivotally secured to said base so that said frame can be pivoted between a first-end-higher position and a second-end-higher position, said frame pivoting about a pivotal axis that is positioned perpendicularly to the longitudinal axis of said cylindrical container, said frame carrying plural rollers oriented to rotate about an axis perpendicular to said pivotal axis; (c) a pinion gear operatively connected to same frame for pivoting said frame about said pivotal axis; (d) a drive roller operatively connected to said frame for rotating at least one roller of said plural rollers when said cylindrical container is on said frame, said drive roller rotating said cylindrical container about its longitudinal axis; (e) a first bracket carried by said first end of said frame and an opposing second bracket carried by said second end of said frame, wherein said first bracket is movably attached to said frame so that said first bracket is movable toward and away from said second bracket, said first bracket carrying a first spindle and said second bracket carrying a second spindle, and wherein, when said cylindrical container is on said frame with a first end of said cylindrical container oriented towards said first spindle and a second end of said cylindrical container oriented toward said second spindle, said first and second spindles (86, 88) engage said first and second ends (48, 50), respectively, to support said cylindrical container when said cylindrical container is rotated by said drive roller and tilted by said pinion gear.