Abstract: The process utilizes a shaft (2) supporting the stator (1) and/or the rotor, respectively, and capable of rotating around its axis, a first (3) and a second (3?) working station allocated on an opposite position on the sides of the stator and/or the rotor, respectively, next to the outlet area of the lateral mouth of a cavity. Said stations have carrying devices (4, 4?) for the leading wire (f), clamps (5, 5?) capable of grasping and moving the tip of the wire (f), and sensors (6, 6?) for detecting the arrival of the extremity of the wire (f).

Abstract: The process utilizes a shaft (2) supporting the stator (1) and/or the rotor, respectively, and capable of rotating around its axis, a first (3) and a second (3?) working station allocated on an opposite position on the sides of the stator and/or the rotor, respectively, next to the outlet area of the lateral mouth of a cavity. Said stations have carrying devices (4, 4?) for the leading wire (f), clamps (5, 5?) capable of grasping and moving the tip of the wire (f), and sensors (6, 6?) for detecting the arrival of the extremity of the wire (f).

Abstract: The device for the formation of skeined sections on thin metallic wires is of the type in which the wire to be skeined extends from an inlet point (9) to an anchor point (15) and is placed under traction by a wire-tightening device (2). A branch of said wire emerging from said anchor point is sent to a wire-tightening device (8) controlled by an electronic control system which controls the skeining operation. The wire-tightener being present the following parts: a pulley (28) connected to an electromagnetic brake (29) with electromagnetic hysteresis; a second pulley (27) located above the first pulley (28) sensitive to the load bearing and sending a signal signifying the load to the control system which regulates the braking action of the brake.