Abstract: Shaped body, in particular for a pressure sensor, having a membrane and having a supporting section supporting the membrane, the membrane being produced at least in sections from a ceramic material by means of additive manufacturing, in particular 3D screen printing, and having an outer circumferential shape with at least one corner.

Abstract: Shaped body, in particular for a pressure sensor, having a membrane and having a supporting section supporting the membrane, the membrane being produced at least in sections from a ceramic material by means of additive manufacturing, in particular 3D screen printing, and having at least in sections a thickness of less than 0.5 mm.

Abstract: Shaped body, in particular for a pressure sensor, having a membrane and having a supporting section supporting the membrane, the membrane being produced at least in sections from a ceramic material by means of additive manufacturing, in particular 3D screen printing, and the greatest possible distance between two points lying on the outer circumference of the membrane (12) is less than 20 mm.

Abstract: Shaped body, in particular for a pressure sensor, having a membrane and having a supporting section supporting the membrane, the supporting section being produced at least in sections from a ceramic material by means of additive manufacturing, in particular 3D screen printing, and wherein the supporting section has, along a longitudinal extension, portions with different inner circumferential shapes and/or inner circumferential dimensions, wherein a first portion of the supporting section forms the outer circumference of the membrane and a second portion with an inner circumferential shape and/or dimension differing from the first portion and is constant in the longitudinal extent forms at least 25% of the longitudinal extent of the supporting section.

Abstract: A printing system for printing three-dimensionally shaped structures, in particular on substrates such as circuit boards, wafers, solar cells, carrier substrates, printing tables, carrier plates, sintering plates or the like, has at least one printing device with a printhead having a squeegee device and a screen receptacle associated with the squeegee device for receiving a printing screen. A screen provision device has at least one screen magazine for storing multiple printing screens and a conveying device for conveying a printing screen from the screen magazine to the screen receptacle and from the screen receptacle to the screen magazine.

Abstract: A screen provision system, for a printing device with a screen receptacle for a printing screen-and a squeegee device associated with the screen receptacle, has a conveying device for conveying a printing screen and at least one screen magazine with multiple screen storage portions that can each receive a printing screen. The screen provision system has at least one treatment station for treating the printing screens. The conveying device supplies printing screens to the screen magazine and to the at least one treatment station.

Abstract: A screen unit for a printing device for printing three-dimensionally shaped structures, in particular on substrates, printed circuit boards, wafers, solar cells, carrier substrates, printing tables, carrier plates, sintering plates or the like, has a frame holding at least one printing screen and is designed to be accommodated in a screen receptacle of the printing device, to be filled with a printing compound and to be subjected to the action of a squeegee for carrying out a printing process. The screen unit has, in or on the frame, at least one holding device for the squeegee, which is in the form of an exchangeable squeegee.

Abstract: Casting filter, in particular for filtering and/or purifying a metal melt, having a cell structure for passing through a metal melt and having a supporting structure for reinforcing the cell structure, the cell structure and/or the supporting structure being produced at least in sections from a ceramic material, the cell structure being formed by a plurality of cells which are delimited from one another by cell walls, wherein at least one of the cells has a constant cross-sectional shape along a flow orientation, wherein at least one of the cell walls has a wall thickness of less than 1 mm, and wherein the supporting structure is formed by at least one supporting wall which extends at least in sections between adjacent cells and whose wall thickness is greater, at least in sections, than the wall thickness of a cell wall.

Abstract: The present invention relates to a method for producing a drug delivery system. The method comprises the steps of screen-printing a base paste, and curing the base paste. Furthermore, the method comprises the steps of screen-printing a first paste separate to the base paste, and curing the first paste.

Abstract: The present invention relates to a drug delivery system, in particular for a controlled administration of one or more active pharmaceutical ingredients to a body, and further in particular for oral administration of one or more active pharmaceutical ingredients to a body. The system thereby comprises a base component soluble in body fluids and a separate first component soluble in body fluids. The first component thereby comprises a therapeutically effective amount of a first active pharmaceutical ingredient.