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Results for

Plasma laser

GermanyMunich, Nuremberg and Bavaria
  1. HUBER GMBH & CO. KG ZUBEHÖR FÜR FUNKENEROSION

    Germany

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    With our range of products and services, we occupy a strong position in our markets – with many advantages, which we confirm again and again with a unique range of services and comprehensive expertise. We are the driving force, support and reliable companion for the production safety and technological progress of our customers. With high quality standards for our own services and first-class delivery reliability, we see ourselves as a reliable partner for our customers, with whom we traditionally maintain trusting and long-term relationships. We recognise new market potential, incorporate cross-divisional experience and think outside the box. We often break new ground with proven, high-performance products or initiate significant, innovative improvements and develop products and machines together with the manufacturers. This enables our customers to work more effectively and economically

  2. ALUMINA SYSTEMS GMBH

    Germany

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    CERAMIC METAL COMPONENTS FOR USE IN HIGH-TECH APPLICATIONS. Vacuum-tight metal ceramic composite components – manufactured from the high-performance material aluminium oxide and a metallic join partner – are the core business of Alumina Systems GmbH. These components are used where switching of maximum energies is involved, e.g. in energy, laser, X-ray, plasma, medical and accelerator technology. A great advantage of technical ceramics is the high electrical insulation up to high temperatures. Fields of application are, for instance Sensors in ship engines (thin-wire bonding), precursor gas distributing rings with wafer coating (PE-ALD) or small engines for satellites. Here, ceramic composite components first allow the application to be realised. In addition to standard products like electrical feedthroughs, vacuum switching tubes or vacuum insulators, the demand for customer-specific high-end applications is constantly increasing. At Alumina Systems, mechanical/thermal stresses on a component are simulated here via the finite element method (FEM) even before the actual construction of the component, and the most suitable design for the application is thus selected – without having to produce a real component.