1. A MACHINE FOR MAKING FLEXIBLE SHAFTS COMPRISING HOUSING MEANS, A PAIR OF AXIALLY SPACED LONGITUDINALLY BORED SHAFTS, A HOLLOW CYLINDRICAL ROTOR MOUNTED ON SAID SHAFTS, SAID SHAFTS HAVING OUTER ENDS EXTENDING OUT OF SAID ROTOR AND BEING JOURNALLED IN THE HOUSING MEANS, SAID SHAFTS HAVING INNER ENDS WITHIN THE ROTOR EXTENDING TOWARD EACH OTHER AND DEFINING AN AXIAL SPACE THEREBETWEEN, EACH OF SAID INNER ENDS DEFINING MOUNTING MEANS FOR A PLURALITY OF WIRE SUPPLY SPOOLS, AT LEAST ONE WIRE SUPPLY SPOOL MOUNTED ON ONE OF SAID INNER ENDS WITHIN THE ROTOR AND BEING COAXIAL THEREWITH, A WINDING STATION DISPOSED ON THE OUTER END OF ONE OF SAID SHAFTS, A WIRE CORE SUPPLY BOBBIN MOUNTED WITHIN THE HOUSING MEANS ADJACENT THE OUTER END OF THE OTHER SHAFT, A WIRE CORE EXTENDING FROM THE BOBBIN THROUGH THE BORES IN THE SHAFTS TO THE WINDING STATION, DRIVE MEANS OPERATIVELY CONNECTED TO THE CORE AND TO THE OUTER END OF SAID ONE SHAFT FOR DRAWING THE CORE THROUGH THE LONGITUDINAL BORES IN THE SHAFTS AND ROTATING THE ROTOR IN A PREDETERMINED RELATIONSHIP WITH THE PASSAGE OF THE CORE THERETHROUGH, AND GUIDE MEANS CARRIED BY THE ROTOR FOR GUIDING THE WIRE FROM THE SPOOL TO THE WINDING STATION, SAID WINDING STATION INCLUDING WIRE GUIDING MEANS DIRECTING WIRE TO THE CORE WHEREBY WIRE IS DIRECTLY WOUND AROUND THE CORE SUBSTANTIALLY AT RIGHT ANGLES TO THE LONGITUDINAL AXIS OF THE CORE, TO THEREBY FORM A FLEXIBLE SHAFT, SAID ROTOR HAVING MEANS DEFINING AN APERTURE ALIGNED WITH THE AXIAL SPACE BETWEEN THE INNER ENDS OF SAID SHAFTS, WHEREBY THE WIRE SUPPLY SPOOL MAY BE INSERTED THERETHROUGH AND MOUNTED ON ONE OF THE INNER ENDS OF SAID SHAFTS.