Additive manufacturing system and method for additive manufacturing of components
A system for the additive manufacturing of components includes a powder receptacle, which is designed to receive a powdered material in the form of a starting material for a component to be manufactured, a construction platform that is mounted within the powder receptacle and is mounted so as to rotate relative to the powder receptacle about a rotational shaft, a lowering drive, which is designed to incrementally or continuously lower the construction platform within the powder receptacle, and an energy input apparatus, which is arranged above an opening in the powder receptacle and is designed to carry out locally selective melting or hardening of a powdered material introduced into the powder receptacle on a surface of the material. The construction platform can be tilted by an angle of inclination relative to a rotational shaft of the rotatable mount.
1. A method for the additive manufacturing of components, the method comprising:
introducing a powder bed of powdered material into a powder receptacle in the form of a starting material for a component to be manufactured;
locally selectively melting or hardening the powdered material on a surface of the powder bed via stationary energy input apparatus arranged above an opening in the powder receptacle;
rotating a construction platform, rotatably mounted within the powder receptacle, about a rotational shaft while the powdered material is being melted or hardened by the stationary energy input apparatus;
either incrementally or continuously lowering the construction platform within the powder receptacle, the construction platform being tilted by an angle of inclination relative to the rotational shaft during the rotation;
changing the angle of inclination once the construction platform has been lowered by a predetermined distance; and
feeding additional powdered material into the powder receptacle from a powder reservoir once the angle of inclination of the construction platform has been changed.
2. The method of claim 1 , wherein the powdered material comprises a metal powder.
3. The method of claim 1 , wherein at least one of the powder receptacle or the construction platform are cylindrical.
4. The method of claim 1 , wherein the locally selective melting or hardening is carried out by means of a laser focused on the powder surface in either a punctiform or linear manner.
5. A non-transitory computer-readable storage medium, on which computer-executable instructions are stored which, when executed on a data processing device, prompt the data processing device to carry out the steps of a method for the additive manufacturing of components, the method comprising:
introducing a powder bed of powdered material into a powder receptacle in the form of a starting material for a component to be manufactured;
locally selectively melting or hardening the powdered material on a surface of the powder bed via a stationary energy input apparatus arranged above an opening in the powder receptacle;
rotating a construction platform, rotatably mounted within the powder receptacle, about a rotational shaft while the powdered material is being melted or hardened by the stationary energy input apparatus; and
either incrementally or continuously lowering the construction platform within the powder receptacle, the construction platform being tilted by an angle of inclination relative to the rotational shaft during the rotation
changing the angle of inclination once the construction platform has been lowered by a predetermined distance; and
feeding additional powdered material into the powder receptacle from a powder reservoir once the angle of inclination of the construction platform has been changed.