Machine for producing parts made of composite materials and method for producing parts using said machine

1. A machine for producing parts made of composite materials, for producing parts with an open configuration or a tubular configuration, by means of placing multiple laminated layers with strips of fiber comprising:

at least one rotatably mounted drum having a perforated wall with a rotary drive unit,

at least one applicator head for applying strips of fiber,

at least one cutting head,

at least one assembly for forming tubular parts,

a conveyor belt arranged parallel to one side of the drum, and

a blowing system provided with nozzles located inside the drum above the conveyor belt.

2. The machine for producing parts made of composite materials according to claim 1 , further comprising

a first guide placed parallel to the drum wherein the at least one applicator head for applying strips of fiber is mounted thereon such that the at least one applicator head moves parallel with respect to and along the length of the drum, and vertically with respect to the drum thereby moving closer to and farther from the drum;

a second guide placed parallel to the drum and to the first guide, wherein the at least one cutting head is mounted on the second guide such that the at least one cutting head moves parallel with respect to and along the length of the drum, and vertically with respect to the drum thereby moving closer to and farther from the drum.

3. The machine for producing parts made of composite materials according to claim 1 , wherein the at least one assembly for forming tubular parts comprises:

a cylindrical tubular mandrel having a perforated wall,

an elastic cover arranged on the cylindrical tubular mandrel,

a tamping roller and a pilot roller which supports the cylindrical tubular mandrel with pressure against the drum.

4. The machine for producing parts made of composite materials according to claim 1 , wherein

two axially consecutive drums having perforated wall are connected, each drum having an independent rotary drive,

at least one applicator head for applying strips of fiber and at least one cutting head,

the blowing system is inside the two axially consecutively connected drums, and

one or more assembly for forming tubular parts.

5. The machine for producing parts made of composite materials according to claim 1 , wherein at one end of the machine there is a preparation and waiting area, wherein a replacement applicator head for applying strips of fiber is on standby and ready for replacement of the applicator head.

6. A method for producing parts made of composite materials using the machine according to claim 1 comprising:

forming laminated surfaces on the drum using the applicator head for applying strips of fiber,

cutting the laminated surface with the cutting head to obtain cut laminated surfaces,

detaching the cut laminated surfaces by projecting air through the perforated wall of the drum and therewith forming the parts to be obtained.

7. The method for producing parts made of composite materials according to claim 6 , wherein the at least one assembly for forming tubular parts comprises:

a cylindrical tubular mandrel having a perforated wall;

an elastic cover arranged on the cylindrical tubular mandrel;

a tamping roller and a pilot roller which supports the cylindrical tubular mandrel with pressure against the drum, and

wherein:

after the step of forming the laminated surface on the drum, the laminated surface is detached from the drum by means of the combined rotation of the drum and of the mandrel and the projection of air with the blowing system through the perforated wall of the drum;

the detached laminated surface forms a first layer and is incorporated onto the mandrel;

once the first layer of laminated surface is incorporated on the mandrel, by means of rotation of the drum, a second layer of laminated surface is obtained and taken to a position of contact with the mandrel, wherein the second layer of laminated surface is placed over the first layer previously wound onto the mandrel, and repeating the formation of the laminated surface, detaching and incorporating onto the mandrel until completing a desired thickness of the tubular part to be produced; and the laminated surfaces are cut and detached from the drum for forming the parts to be obtained.