Royal Dutch Kusters Engineering products

Each system offers efficient, cost-effective and environmentally friendly disintegration of misprinted banknotes in the form of sheets, reams, cut-strips, trimmings and banknote packages. The technology of disintegration is based on a two-stage process, pre-cutting by means of an integrated guillotine, followed by granulation.

With limited storage space and potential issues getting rid of old coins that are not defaced, a build up of old coins can become a problem for central banks. By using our coin crushing technology, you can quickly crush large quantities of coins and remove their monetary value. This enables you to easily sell or repurpose the scrap metal and optimise your storage and transport.

To assure trouble-free and extremely reliable transport of shreds, even over a long distance, the essential know-how of pneumatic transport is required. Every system is custom made to your specific needs and wants — because each situation requires a different approach. Besides compliance with applicable environmental legislation, the design by Kusters guarantees dust free operation and thus excellent labour conditions.

In some areas of application, briquetting is either not cost-efficient or not technically feasible. Whether it is for the disposal of polymer banknotes that are not suitable for briquetting or for the use of emergency shred collection, we provide various systems for these applications.

The reliability of the shred briquetting technology contributes to the operational success of your currency invalidation process. The requirements for reliable and effective shred compacting systems have become increasingly complex and sophisticated. Our hydraulic briquetting systems compact the shreds, creating solid briquettes. This means that less space is needed internally for storage areas, and disposal costs are reduced.

The Rotoshifter is an innovative solution to sort various materials based on differences in form, density, and size. It separates mixed waste materials into multiple waste streams. It combines two separating techniques in one efficient, low energy consuming system: wind shifting and drum screening. This results in a two stage separation process. In the first stage, air separation is used for complete separation of various light materials. Secondly, screen separation provides separation based on size.