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X-Compound: Ground-breaking for new Customer and Application Centre DE

X-Compound, one of the world’s leading manufacturers of continuous kneaders, has recently started work on a new customer and application center in Kaisten, Switzerland. Increasing demands and high customer interest motivated X-Compound to invest in order to provide its customers with the best possible conditions for testing specific applications under near-production conditions.

The heart of the new application center is the CK100 Continuous Kneader. This plant can be used to test and simulate demanding and complex processes. It is supplemented by a CK45 laboratory plant for carrying out feasibility analyses or recipe developments.

„With this application center, we have created the opportunity to present our kneader technology in detail and in practice. It is the basis for inspiring our customers,“ says Raul Friedrich, General Manager of X-Compound GmbH. Stefan Nägele, Head of Process Engineering and Development, adds, „The center is an opportunity for X-Compound to make the technology tangible for our customers in practical training courses.“

Last but not least X-Compound is going to use the Application Centre also for the continuous improvement of the technology. Further developments in machine and control technology will be tested and made ready for production. XCompound plans to complete the work in mid-2021.

About X-Compound: X-Compound GmbH in Kaisten/Schweiz produces Continuous Kneaders. The company was founded 1997 and evolved into a worldwide leading manufacturer of Continuous Kneaders. The company was acquired in 2011 by the Troester Group located in Hannover. X-Compound offers a broad range of machines and entire Compounding plants. The core of all plants is the Continuous Kneader. With only a minimum energy input, the machine can achieve superior mixing performances. The unique mixing principle makes it possible to control exactly the material temperature. This makes this technology ideal especially for temperature sensitive materials.