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Energetically Optimized Productivity with ReliableSeparation of Ceramic Dusts

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Specifically designed filter systems for the individual process steps in ceramic manufacturing are state ofthe art and mandatory. Whether for the manufacture of ceramic sanitaryware, tableware, tiles to technicalceramics and heavy clay ceramics – the currently valid and but constantly developing health and safetylegislation specifies, especially for segments with emitted carcinogenic fine silica dust, efficient … Weiterlesen …

Material Extrusion-Based Additive Manufacturing for Ceramics Using Thermoplastic Feedstocks

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Additive Manufacturing (AM) has been accepted by industry for shaping ceramics with complex structuresor structures where a significant amount of material has to be removed by commercial subtractionmanufacturing processes. Nowadays, AM can also be used for the fabrication of parts with multi ceramicmaterials. Material Extrusion-Based AM (MEX-AM) represents a group of shaping methods where a … Weiterlesen …

Laser- Induced Direct Metallization of Additively Manufactured Alumina Substrates for Ceramic 3D Mechatronic Integrated Devices

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Laser-induced Direct Metallization (LDM), is a 3D capable selective metal plating process. Recent researchon LDM of oxide ceramics now enables plating of fine metallic structures such as conducting paths orantennas directly on 3D surfaces of alumina components. This allows for the manufacturing of ceramicbasedso-called 3D-MID (Three Dimensional Mechatronic Integrated Devices) integrating electronic andstructural functionalities that … Weiterlesen …

LOFT® Stoneware – Low Firing Temperature Stoneware The MCS®’s Stoneware Body for 1100 °C Firing Temperature Characterisation and Properties Evaluation

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Energy efficiency, sustainability, circular economy, decarbonization are mega trends increasingly impactingall energy intensive industries, including the ceramics industry. This has led MCS® to invest in a newResearch Development and Innovation (RD&I) project focused on the production and supply of significantlylower temperature vitrified ceramic bodies compared to those traditionally used in the productionof stoneware tableware. At … Weiterlesen …

Sustainable Production of Sanitaryware byDigitalization of the Firing Process

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The sustainability of high temperature processes is a key issue on the way to a decarbonized circulareconomy. Digitalization of the processes offers a good opportunity to immediately improve energy andmaterial efficiency without the need for major investments in new production kilns. In this context, anongoing joint project of three companies and one research partner is … Weiterlesen …

CIM Blocks Ensure Fast Production of Prototypes

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The ever-growing ceramic injection moulding market is demanding the production of a continuous flowof new sample parts small quantities of prototypes from green compacts. Meeting this challenge byconstructing completely new and hence costly prototype moulds time and time again is anything buteconomical. It made sense, then, to find and implement an alternative to this conventional … Weiterlesen …

The Eirich Intensive Mixer – a Multifunctional Processor Along the Process Chain for the Production of Electrical Energy Storage Devices

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Over the past 12 years, the Eirich mixer has found its place at many positions along the process chainfor the production of electrical energy storage devices, especially lithium-ion batteries. The special operatingprinciple makes it possible to fulfil a wide variety of often very challenging tasks simply by adaptingthe operating mode and parameters. The extended functionality … Weiterlesen …

Rapid Dry: the New Dryers Generation

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The recent and uncontrolled increases in the price of methane have made the need to drastically reducethe consumption of thermal machines even more urgent. SE.TE.C.-Group/IT, which has always been at theforefront of innovation in the ceramic sector, in recent years has focused its attention on various solutionsaimed at saving energy; in particular, thanks to the … Weiterlesen …

The Lithoz CeraMax Vario V900 with LIS Technology – Ceramic 3D Printing for Fully Dense Large Parts with Thick Walls

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Established 3D printing processes for technical high-performanceceramics – first and foremost, stereolithography and binder jetting –have each made an important contribution to the growth of ceramicAdditive Manufacturing (AM) thanks to their different strengths.However, none of the known 3D printing processes for oxide ceramicshave yet been able to produce large, fully dense parts with thickwalls. With … Weiterlesen …

DORST FlexCell16 – Fully Integrated Production System as the Key to Greater Efficiency and Higher Production Output

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When it comes to the preparation and forming of technical ceramics, hard metals, iron powders andspecial materials, DORST Technologies/DE has always enjoyed an excellent reputation as a reliable andhighly competent partner. Production systems made in Kochel am See and Bad Kötzting have been settingstandards in terms of performance and quality for decades. Combined solutions consisting … Weiterlesen …