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FDM/FFF Printing of Ceramic Structures

The shaping of ceramics by thermoplastic processing is more and more accepted by the industry. In contrast to commercial casting and pressing processing the storage of the feedstock (ceramic polymer mixture), precise green density and shaping of complex and thin-wall structures are advantages against other ceramic shaping techniques.

ALPHA CERAMICS: Development Centre and Pilot Plant Testing Facility for Technical Ceramic Components

ALPHA CERAMICS GmbH/DE is a subsidiary of LAEIS/LU – a member of SACMI Group/IT – and has established itself as a competent, cooperative and reliable partner in ceramic manufacturing, as supplier of kiln furniture of all types as well as service provider for contract production of non-oxide and oxide ceramics, intermediate products and components.Andrea Grandi … Read more

ALUMINA SYSTEMS: Ceramic 3D-Printing on Industrial Scale

The highlight of the innovation day held by ALUMINA SYSTEMS in September 2019 was the inauguration of a new production facility to bring forward strategic growth in areas like 3D-printing and battery storage systems based on the NaNiCl-Technology. We have asked Managing Director Dr Holger Wampers (HW) about the progress of these projects.

Hard Machining at the Limits of what’s Possible

Bangerter Microtechnik AG operates production sites in Aarberg and Lyss near Lake Biel in Switzerland. Core expertise is the production of components with the highest precision, made of ceramics, carbides and other extremely hard materials, which can also be designed as hybrid components based on different joining techniques. Specialist know-how is available in the functional … Read more

CFC Fixtures – the Guarantee of Added Value in Heat Treatment

CFC racks have established themselves today in the various heat treatmentprocesses. An essential prerequisite for this is reliability, which is ensured,among other things, by the predictability of the loading conditions and thereproducible material production. Basic design principles have been predestinedover the years. The customer benefit lies in the significantly higheradded value compared to the cast … Read more

AZO Contributes to the Professionalization of Additive Manufacturing

70 years, AZO GmbH + Co. KG/DE has specialised in the handlingof bulk goods. Its highly automated conveying, screening anddosing technology is in demand, particularly in the food,pharmaceutical, chemical and plastics industries. In an interview,Development Manager Frank Pahl (FP) explains the advantages ofprofessional powder handling, the expectations of theOsterburken-based company in the young Additive Manufacturing(AM) … Read more

formnext 2020 to Take Place only Virtually

Due to the recent rise of the COVID-19 infection figures worldwide, and the associated increase in travel restrictions, Mesago Messe Frankfurt GmbH/DE has decided to hold formnext 2020 purely virtually. The digital event will be named Formnext Connect.

Why CeramTec’s Silicon Carbide Ceramic is a Crucial Component for Highly Advanced Chip Production

With photolithography systems for semiconductor manufacturing becoming ever more sophisticated, component suppliers need to be able to provide products of the highest quality to meet the current and future demands in chip production. Based on ongoing in-house R&D, CeramTec’s Rocar SiF plates made of high-performance SiSiC as a lightweight silicon carbide ceramic achieve an optimal balance of material properties which contribute to higher chip quality.

Messe München Celebrates Record Year of 2019

Messe München/DE closed the year 2019 with a new record sales volume of EUR 474,2 million. The EBITDA amounts to EUR 138,4 million. Klaus Dittrich, Chairman and CEO of Messe München, took a thoroughly positive look back at the year gone by: “2019 was the most successful financial year in the history of Messe München. The coronavirus pandemic shows how vulnerable the global economy is despite record results. As a company, we must therefore continue to develop innovative formats in order to stay competitive in future too.”

Ceramic 3D-Printing for Fast, Safe and Cheaper Production of Vaccines

The NESSIE research project makes it possible, for the first time, to produce highly complex vaccines in large quantities at low cost using ceramic 3D-printing. The novel process makes vaccines available to countries that previously could not afford the high cost of essential vaccines such as measles or rubella. The recent pandemic caused by the COVID-19 virus shows the world the importance and the great need of vaccines that can effectively combat such diseases. However, the development of an effective vaccine involves a lot of effort and the highest safety standards.

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