Additive manufacturing system employing pre-fabricated component bracing
A system is disclosed for use in manufacturing a component. The system may have a build chamber, a stage movable within the build chamber, and a recoater configured to deposit a layer of powdered material on top of the stage. The system may also have an energy source configured to direct a beam onto the layer of powdered material in a pattern corresponding to a shape of the component, and a brace fabricated before manufacturing of the component. The brace may be located adjacent a periphery of the component and extend from the stage toward the recoater.
1. A system for manufacturing a component, comprising:
a build chamber;
a stage movable within the build chamber;
a recoater configured to deposit a layer of powdered material on top of the stage;
an energy source configured to direct a beam onto the layer of powdered material in a pattern corresponding to a shape of the component; and
a brace fabricated before manufacturing of the component and having a fixed size during the manufacturing of the component, the brace extending from the stage toward the recoater and being configured to surround the component and not to contact the component as the component is being manufactured.
2. The system of claim 1 , wherein:
the stage includes an opening; and
the brace is configured to slide through the opening as the stage moves toward the recoater.
3. The system of claim 1 , wherein the brace is connected to move with the stage.
4. The system of claim 1 , wherein:
the recoater is configured to move in a first direction across the stage; and
the brace is located in alignment with the first direction at a trailing side of the component.
5. The system of claim 4 , wherein:
the brace is a first brace; and
the system further includes a second brace located in alignment with the first direction at a leading side of the component.
6. The system of claim 1 , wherein:
the recoater is configured to move in a first direction across the stage; and
the brace is a wall oriented substantially orthogonal to the first direction.
7. The system of claim 1 , wherein a gap is maintained between a periphery of the component and the brace.
8. The system of claim 1 , wherein the brace forms a base for deposition of a temporary support structure extending between the brace and the component.
9. The system of claim 1 , wherein the brace extends a first distance away from the stage that is less than a second distance between an exposed surface of the layer and the stage.
10. The system of claim 1 , wherein:
the component is a first component;
the brace is a first brace; and
the system further includes a second brace fabricated before manufacturing of a second component, the second brace extending from the stage toward the recoater and being configured not to contact the component as the component is being manufactured.
11. A system for simultaneously manufacturing a plurality of components, comprising:
a build chamber;
a stage movable within the build chamber;
a recoater configured to deposit a layer of powdered material on top of the stage;
an energy source configured to direct a beam onto the layer of powdered material in a pattern corresponding to shapes of the plurality of components; and
a plurality of braces fabricated before manufacturing of the plurality of components and having a fixed size during the manufacturing of the components, each of the plurality of braces being located adjacent a periphery of a corresponding one of the plurality of components and extending from the stage toward the recoater,
wherein:
the stage includes a plurality of openings;
each of the plurality of braces is configured to slide through a corresponding one of the plurality of openings as the stage moves toward the recoater and is configured to surround a corresponding component and not to contact the corresponding component as the components are being manufactured;
each of the plurality of braces extends a first distance away from the stage that is less than a second distance between an exposed surface of the layer and the stage; and
a gap is maintained between each of the plurality of braces and the periphery of the corresponding one of the plurality components.
12. A system for manufacturing a component, comprising:
a build chamber;
a stage movable within the build chamber;
a recoater configured to deposit a layer of powdered material on top of the stage;
an energy source configured to direct a beam onto the layer of powdered material in a pattern corresponding to a shape of the component; and
a brace fabricated before manufacturing of the component and having a fixed size during the manufacturing of the component, the brace extending from the stage toward the recoater and configured to surround the component as the component is being manufactured.