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An apparatus for manufacturing structures having a continuous sidewall includes a stationary inner work station having at least one working level and a stationary outer work station having at least one working level. The outer work station surrounds the inner work station. A shaft is disposed betwee

An apparatus for manufacturing structures having a continuous sidewall includes a stationary inner work station having at least one working level and a stationary outer work station having at least one working level. The outer work station surrounds the inner work station. A shaft is disposed between the inner work station and the outer work. A lift or hoist is provided for raising and lowering a work piece in the shaft as work progresses.

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1. An apparatus for manufacturing structures having a continuous sidewall, comprising: a stationary inner work station having at least one working level; a stationary outer work station having at least one working level, the outer work station surrounding the inner work station; an annular shaft dis

1. An apparatus for manufacturing structures having a continuous sidewall, comprising: a stationary inner work station having at least one working level; a stationary outer work station having at least one working level, the outer work station surrounding the inner work station; an annular shaft disposed between the inner work station and the outer work station; the annular shaft comprising means for rotating a work piece, and a platform for raising and lowering the work piece in the shaft as work progresses, the platform being raised and lowered by a lift. 2. The apparatus as defined in claim 1, wherein at least one of the inner work station or the outer work station has at least one robot performing at least one of the functions of welding, cutting, grinding, or non-destructive testing. 3. The apparatus as defined in claim 2, wherein operation of the means for rotating the work piece is coordinated with the at least one robot. 4. The apparatus as defined in claim 1, wherein the platform has said means for rotating the work piece. 5. The apparatus as defined in claim 4, wherein the means for rotating the work piece are selected from the group consisting of bearings, bushings and rollers. 6. The apparatus as defined in claim 4, wherein the means for rotating the work piece includes a motor. 7. The apparatus as defined in claim 1, wherein the platform includes at least one work piece holder between the inner work station and the outer work station for holding the work piece. 8. The apparatus as defined in claim 1, wherein the lift is selected from the group consisting of: at least one hydraulic ram, more than one ball screw distributed radially about the platform, more than one lifting chain distributed radially about the platform, a hoisting mechanism, gears and sprockets, and more than one lifting belt distributed radially about the platform. 9. The apparatus of claim 1, wherein the shaft is at an angle. 10. The apparatus of claim 1, wherein the shaft is substantially vertical. 11. The apparatus of claim 1, wherein the stationary outer work station has an adjustable work surface to accommodate different sizes of work pieces. 12. The apparatus of claim 1, wherein the platform can support different sizes, shapes and weights of work pieces. 13. An apparatus for manufacturing structures with continuous sidewalls, comprising: a stationary inner work station having at least one working level; a stationary outer work station having at least one working level, at least one of the inner work station and the outer work station has at least one robot performing at least one of the functions of welding, cutting, grinding, or non-destructively testing; a substantially vertical annular shaft disposed between the inner work station and the outer work station; a platform raised and lowered by a lift for raising and lowering a work piece in the annular shaft as work progresses, the platform having bearings for rotating the work piece; and a motor for rotating the work piece along the bearings, the operation of the motor being coordinated with the operation of the at least one robot. 14. An apparatus for manufacturing structures having a continuous sidewall, comprising: an annular shaft residing in the ground;a stationary inner work station residing at a top of the annular shaft, the top of the annular shaft encircling the stationary inner work station;a stationary outer work station, the stationary outer work station residing at the top of the annular shaft; anda hoist adapted to lower a work piece into the annular shaft, the hoist residing in the annular shaft and comprising a platform adapted to support the work piece. 15. The apparatus of claim 14, further comprising a plurality of six axis industrial robots, at least one of the plurality of six axis industrial robots residing on the outer work station and being adapted to translocate thereupon, and at least one other of the plurality six axis industrial robots residing on the inner work station and being adapted to translocate thereupon. 16. A combination including the apparatus of claim 14, further comprising a hollow cylindrical work piece, wherein; the hollow cylindrical work piece comprises a bottom portion, the bottom portion being supported by the platform and residing within the annular shaft;the stationary inner work station resides inside the hollow cylindrical work piece; andthe stationary outer work station resides outside the hollow cylindrical work piece. 17. The combination of claim 16, wherein the hoist is further adapted to rotate the hollow cylindrical work piece about an axis of cylinder of the hollow cylindrical work piece. 18. The combination of claim 17, further comprising a six axis industrial robot disposed on the outer work station, wherein the six axis industrial robot is adapted to revolve about the axis of cylinder of the hollow cylindrical work piece.