The shaking unit DuoShake by Voith, already established on the market for decades, is now available with an 800 nM drive motor and the latest control and automation technologies. This complements the DuoShake DG designed for 250 nM, with both variants now achieving a stroke length of up to 35 mm. The DuoShake 800 DG optimizes the alignment of the fibers in the cross direction and contributes to a homogeneous fiber distribution through a high-frequency shaking of the breast roll. This guarantees excellent formation of all paper grades and higher paper strength in the cross direction. The innovative shaking unit builds on several design innovations that enable increased paper quality and production speed. For example, the base only has to support the unit’s own weight. In addition, the design avoids reaction forces being transmitted to the foundation, headbox or wire section. The DuoShake 800 DG system is extremely robust, compact and requires very low maintenance.
Cutting-edge technology meets digitalization
The DuoShake DG combines in-depth technical know-how for an efficient manufacturing process with optimized digitalization technologies from the Voith Papermaking 4.0 portfolio. Future paper production requirements are safely met and supported. «By adjusting the shake stroke or frequency, the optimum performance can be achieved during ongoing operation thanks to Voith expertise» adds Hannes Slawik, Global Product&Service Management Forming Section at Voith Paper. «In addition, customers benefit from the convenient and intuitive control system with state-of-the- art monitoring functions». As required, the DuoShake also generates a monthly performance and maintenance report, giving customers a practical overview of their plant.
Two sizes for individual requirements
The DuoShake DG is available in two sizes with drive motors of 250 or 800 Nm. The most suitable type and size can be determined roughly with the aid of the operating characteristic diagram and then on site. The DuoShake 800 DG, in particular, is characterized by its very compact design, combined with high performance.