The crushing plants of the MOBICAT series are used for the precrushing of almost all natural rock and in recycling. However, the output of the MOBICAT crushing plants is determined not only by the jaw crusher alone - in fact, the optimal interaction of all components plays a decisive role. The focus is increasingly on cost and environmental awareness, availability of the plants, versatility, and quality of the final product.
The mobile cone crushers MOBICONE are used in medium-hard to hard and abrasive natural rock, as well as for raw materials processing in mining applications. The cone crushers deliver excellent cubic final grains in the secondary and tertiary crushing stages. The MOBICONE plants are available in different sizes and versions and for different applications. The cone crusher is suitable mainly in the linking with primary crushers and screening plants.
The mobile MOBIREX impact crushers are used in soft to medium-hard natural stone and in recycling.
The performance of the plants is impressive – not just in terms of pure volume reduction. The focus today is on cost and environmental awareness, availability, versatility and, above all, the quality of the end-product to be achieved.
The MOBIREX plants crush stone so efficiently that the grain shape, grain size distribution and cleanness comply with the strict standards for concrete and asphalt aggregates.
The MOBISCREEN mobile screening plants are used for screening almost all natural stone types and in recycling. The classifying screens and scalpers are available in a double- or triple-deck version, with hydraulic or diesel-electric drives. The areas of application of the MOBISCREEN plants are multifaceted. A large number of suitable screen surfaces are available for achieving the different final grain sizes and for different feed material.
The MOBIBELT mobile stackers are used for efficient logistics processes on building sites. The direct material transport from the crushing or screening plant to the dedicated stockpile means that additional material movements with the wheel loader can be avoided. This reduces operating costs, increases operational reliability and efficiency.
All details, illustrations and texts are non-binding and may include special equipment. We reserve the right to make technical changes without prior notice. Performance data are dependent upon actual operational conditions.