Composite part production system

A composite part production system (1) comprising:

• a body (2);
• a first mold (3) which is located on the body (2);
• a second mold (4) which is located on the body (2) in a form-fitting manner with the first mold (3), and allows a plate (P) to be formed by overlapping on the first mold (3) under temperature and pressure;
• a frame (5) which is located on the body (2) and allows the plate (P) to be transported to the first mold (3) and/or the second mold (4), wherein the frame (5) is folded when the plate (P) is moved onto the first mold (3) and/or the second mold (4) and allows the plate (P) to be placed on the first mold (3) and/or the second mold (4) such that the plate (P) takes a pre-determined final form;
• an arm (6) located on the body (2) and which allows the frame (5) to be transported to the first mold (3) and/or the second mold (4) by gripping the frame (5);
• a pin (8) located on the frame (5);
• a first element (901) located on the frame (5);
• a second element (902) connected to the first element via the pin (8) and configured to rotate relative to the first element (901) around an axis on which the pin (8) extends;
• a first electromagnet (701) located on the arm (6) opposite to the first element (901) so that the first electromagnet (701) grips the first element (901) when the first electromagnet (701) is activated when a predetermined electrical current is applied thereto;
• a second electromagnet (702) located on the arm (6) opposite to the second element (902) so that the second electromagnet (702) grips the second element (902) when the second electromagnet (702) is activated when the predetermined electrical current is applied thereto;
• wherein the frame (5) has a first position in which the arm (6) grips the first element (901) with the first electromagnet (701) and the second element (902) with the second electromagnet (702) when both the first electromagnet (701) and the second electromagnet (702) are activated;
• and
• wherein the frame (5) has a second position in which the arm (6) grips the first element (901) with the first electromagnet (701) and the electrical current applied to the second electromagnet (702) is adjusted from the predetermined electrical current so that, as the arm (6) is moved onto the first mold (3) and/or the second mold (4), the second electromagnet (702) releases the second element (902) so that the second element (902) rotates relative to the first element (901) about the axis on which the pin (8) extends due to an effect of gravity on the second element (902).