Method and System for Production of Layered CU-Graphene Ultra Conductor Wire

A production system (S) to produce Cu-Graphene composite wire, characterized in that it comprises;

• At least one furnace (1) to form a graphene layer for the cables,
• At least one glass pipe (2) in the center of the furnace (1),
• At least one head (3) to hold the glass pipe (2),
• At least one cooler (5) to cool the glass pipe (2) and the head (3),
• The head connections (4) providing the connection between the cooler (5) and the header (3),
• At least one vacuum chamber (7) in which the necessary vacuum is provided,
• A Turbo Molecular Pump (9) to vacuum the vacuum chamber (7),
• A TMP driver (15) to manage the function of the Turbo Molecular Pump (9),
• An Inverted Cylindrical Magnetron (13) to cover the conductors on the cables.
• At least one power source (18) to provide the necessary electrical power to the Inverted Cylindrical Magnetron (13),
• At least one arm (19) to enable the movement of the cables so that the layered structures can be formed on the conductor,
• At least one conductor puller (20) which is connected to the arm (19) and moves the said cables,
• At least one valve (8) to separate the vacuum chamber (7) and the glass pipe (2),
• At least one mechanical vacuum pump (11) to provide the initial vacuum,
• A vacuum hose (10) located between the mechanical vacuum pump (11) and the Turbo Molecular Pump (TMP) (9).