We are very pleased that the concept of the modular system has already proven itself in various applications thanks to its simplicity and flexibility as an optimal entry-level solution for clean production conditions.
The initial situation was similar for one of our most recent projects at Schwarzer Precision in Essen. The medium-sized company develops and produces miniature pumps that are used in areas such as safety technology, laboratory and analysis technology and medical technology. With the CleanEasyCell, the company entered cleanroom production in the summer.
In order to continue to position itself successfully in these demanding industries, it is important to continuously develop innovations and keep an eye on market trends, says Production Manager Gregor Kaminski: “We are proactively working on unique selling points in the field of miniature pumps. This includes production under clean conditions. With CleanEasyCell, we have found a good way to create a clean environment that we can even expand flexibly depending on the order situation.”
The Essen-based company was particularly impressed by the modular design with expansion options of Schilling Engineering’s modular system concept. In the newly commissioned Cleanroom, the miniature pumps are currently produced on an area of 50 square meters under ISO 8 cleanliness conditions. If demand increases, Cleanroom can be expanded and pump production can be easily scaled to any desired production volume. Expansion to ISO 7 is also possible.
The new Cleanroom marks a milestone in Schwarzer’s development after the entire production process was optimized for efficiency according to lean production standards last year. The demand for a modern production environment and the highest quality standards is also reflected in the design of the new cleanroom: the fully glazed cleanroom front makes the CleanEasyCell an eye-catcher as soon as you enter the production hall. And not just visually. The many window elements ensure pleasant working conditions with plenty of daylight.
