System for transforming thermosetting materials and optimizing the metering of raw material by means of pressurized cold chamber molding, characterized in that it comprises: - a thermoregulation circuit provided with at least a temperature and pressure control sensor adapted to adjust the temperature and control the pressure of a thermosetting material within a pressurized cold chamber distribution channel, maintaining it between 20°C and 60°C as a function of the process; said pressurized cold chamber distribution channel within the mold being suitably sized and processed with anti-friction and anti-wear surface treatments adapted to adjust the flow of said thermosetting material from an injection cylinder to a plurality of impressions at controlled temperature, said temperature and pressure control sensors being adapted to monitor the pressure exerted on the material within the pressurized cold chamber; - a cooling circuit adapted to adjust the temperature within said pressurized cold chamber distribution channel; - at least a shutter for each impression with the function of flow regulator of said thermosetting material actuated through mechanical, electrical or hydraulic devices; said shutters being adapted to remain in a closed position during the step of injecting the material up to reaching the desired pressure within the chamber and measured at the single injection points, subsequently said shutters being adapted to be gradually opened, maintaining the desired pressure on the material measured by said sensors for controlling pressure, said shutters being actuated through electrical devices such as electrical motors; said electrical motors are situated on said shutters; - a control unit adapted to manage the information received by said temperature and pressure control sensors by means of connectors of sensors and consequently actuate the devices for opening said shutters in real time, said control unit being adapted to manage the information provided in real time by said temperature and pressure control sensors and manage the opening of said shutters so as to maintain constant the desired pressure on the material within the chamber. - a thermoregulation circuit provided with at least a temperature and pressure control sensor adapted to adjust the temperature and control the pressure of a thermosetting material within a pressurized cold chamber distribution channel, maintaining it between 20°C and 60°C as a function of the process; said pressurized cold chamber distribution channel within the mold being suitably sized and processed with anti-friction and anti-wear surface treatments adapted to adjust the flow of said thermosetting material from an injection cylinder to a plurality of impressions at controlled temperature, said temperature and pressure control sensors being adapted to monitor the pressure exerted on the material within the pressurized cold chamber; - a cooling circuit adapted to adjust the temperature within said pressurized cold chamber distribution channel; - at least a shutter for each impression with the function of flow regulator of said thermosetting material actuated through mechanical, electrical or hydraulic devices; said shutters being adapted to remain in a closed position during the step of injecting the material up to reaching the desired pressure within the chamber and measured at the single injection points, subsequently said shutters being adapted to be gradually opened, maintaining the desired pressure on the material measured by said sensors for controlling pressure, said shutters being actuated through electrical devices such as electrical motors; said electrical motors are situated on said shutters; - a control unit adapted to manage the information received by said temperature and pressure control sensors by means of connectors of sensors and consequently actuate the devices for opening said shutters in real time, said control unit being adapted to manage the information provided in real time by said temperature and pressure control sensors and manage the opening of said shutters so as to maintain constant the desired pressure on the material within the chamber.