Alumina Systems produces customized ceramic-to-metal composites. For power semiconductors we produce housings up to six inches in diameter, meeting around 60 % of the world's demand – some 200.000 components per year from mass production brazing processes. Core technologies like dry pressing, metallization, active and passive brazing on belt and batch furnaces. And galvanic finishing are also used to produce components for myriad other cutting-edge industries such as vacuum, laser, X-Ray and measurement systems. Ceramic-to-Metal Integrated Systems with Multifunctional Benefits Ceramic-to-metal assemblies display a combination of typically ceramic properties (like electrical insulation) and typically metallic attributes (such as weldability) in one part. These composite components offers you multi-functional benefits. Take advantage of our long-term experience in developing and producing such composite parts. Alumina Systems supports you to establish your solutions on the market. Al2O3-Parts Made by Additve Manufacturing Alumina Systems produces dense ceramic parts from prototypes to serial by using a 3D-printing process using Aluminia 99,99 %. Without expensive tools we produce complex components in the shortest time. These parts can often not be produced with any other process like pressing, injection molding or extrusion – without tooling costs. Especially for the milli reaction technology a new product family has been developed. FEA-added Product Development The complete mastery of process technologies,from the initial ceramic powder mix to the final product, the metallization and brazing of the metal components to produce the final composite, is further enhanced at Alumina Systems by the use of computer aided design engineering techniques. Using the so-called „Finite Element Analysis“ or FEA, we are able to optimize the design from the outset selecting the best alternative. Because of this integration approach our customers save development time and money.