VACUUM CHAMBER FOR COATING INSTALLATIONS AND METHOD FOR PRODUCING A VACUUM CHAMBER FOR COATING INSTALLATIONS
A vacuum chamber ( 1 ) for coating installations is provided, wherein the vacuum chamber ( 1 ) has a bottom plate ( 6 ) and a top plate ( 2 ), which are connected to each other by struts ( 4 ) running substantially perpendicularly to the bottom plate ( 6 ) and the top plate ( 2 ), wherein a plurality of openings ( 9 ) are defined by the bottom plate ( 6 ), the top plate ( 2 ) and the struts ( 4 ), and wherein at least a portion of a front edge ( 15′ ) of the bottom plate ( 6 ) and a portion of the front edge ( 15 ) of the top plate ( 2 ) form together with two struts ( 4 ) a sealing area, running around one opening ( 9 ) of the multiplicity of openings ( 9 ), for an insert plate ( 8 ) that can be inserted into the opening ( 9 ). In addition, a method for producing a vacuum chamber ( 1 ) for coating installations is provided, comprising the following steps: putting together a frame which has a bottom plate ( 6 ), a top plate ( 2 ) and struts ( 4 ), which connect the bottom plate ( 6 ) and the top plate ( 2 ), and welding the bottom plate ( 6 ) and the top plate ( 2 ) to the struts ( 4 ).
1 . Vacuum chamber ( 1 ) for coating installations, wherein the vacuum chamber ( 1 ) has a bottom plate ( 6 ) and a top plate ( 2 ), which are connected to each other by struts ( 4 ) running substantially perpendicularly to the bottom plate ( 6 ) and the top plate ( 2 ), wherein a plurality of openings ( 9 ) are defined by the bottom plate ( 6 ), the top plate ( 2 ) and the struts ( 4 ),
characterized in that
at least a portion of a front edge ( 15 ′) of the bottom plate ( 6 ) and a portion of the front edge ( 15 ) of the top plate ( 2 ) form together with two struts ( 4 ) a sealing area, running around one opening ( 9 ) of the multiplicity of openings ( 9 ), for an insert plate ( 8 ) that can be inserted into the opening ( 9 ).
2 . Vacuum chamber ( 1 ) according to claim 1 , characterized in that the bottom plate ( 6 ) and/or the top plate ( 2 ) each have a thickness of at least 3 cm.
3 . Vacuum chamber ( 1 ) according to claim 1 or 2 , characterized in that the bottom plate ( 6 ) and/or the top plate ( 2 ) are made in the form of a multi-angular plate.
4 . Vacuum chamber ( 1 ) according to one or several of the claims 1 to 3 , characterized in that the bottom plate ( 6 ), the top plate ( 2 ) and the struts ( 4 ) form a prismatic body.
5 . Vacuum chamber ( 1 ) according to one or several of the claims 1 to 4 , characterized in that the struts ( 4 ) are made in a polygonal section, in particular with a pentagonal profile.
6 . Vacuum chamber ( 1 ) according to one or several of the claims 1 to 5 , characterized in that the bottom plate ( 6 ) and/or the top plate ( 2 ) are provided with centering holes at the positions where the respective struts ( 4 ) can be fastened thereto.
7 . Vacuum chamber ( 1 ) according to one or several of the claims 1 to 6 , characterized in that the bottom plate ( 6 ) and/or the top plate ( 2 ) are provided with a tapered edge at the positions where the respective struts can be fastened thereto.
8 . Vacuum chamber ( 1 ) according to one or several of the claims 1 to 7 , characterized in that the struts ( 4 ) are each provided with at least one threaded hole.
9 . Vacuum chamber ( 1 ) according to one or several of the claims 1 to 8 , characterized in that the insert plates ( 8 ) can be fastened to the struts ( 4 ) from the outside and can in particular be screwed thereto by means of screws.
10 . Vacuum chamber ( 1 ) according to one or several of the claims 1 to 9 , characterized in that the struts ( 4 ) are chamfered at their respective ends ( 11 ).
11 . Vacuum chamber ( 1 ) according to one or several of the claims 1 to 10 , characterized in that the insert plates ( 8 ) are made of aluminum.
12 . Vacuum chamber ( 1 ) according to one or several of the claims 1 to 11 , characterized in that a door ( 14 ) for opening and closing the vacuum chamber ( 1 ) is provided.
13 . Method for producing a vacuum chamber ( 1 ) for coating installations, characterized in that the method comprises the following steps:
putting together a frame which has a bottom plate ( 6 ), a top plate ( 2 ) and struts ( 4 ), which connect the bottom plate ( 6 ) and the top plate ( 2 ), and
welding the bottom plate ( 6 ) and the top plate ( 2 ) to the struts ( 4 ).
14 . Method according to claim 13 , characterized in that the assembled frame is held during welding in a supporting structure.
15 . Method according to claim 13 or 14 , characterized in that after welding, the frame is milled and subsequently sandblasted.