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 MOBISCREEN coarse screens are used, for example, before the crushing process for sorting out material. Coarse screen media such as slotted grates, finger screens, and punched plates are used. Various plant variants with double-deck screening units are available.
Drive concept | H-DRIVE (Diesel-hydraulic) |
Feed capacity up to approx. | 386 US t/hr |
Type | Double deck screen for coarse elements |
Drive concept | H-DRIVE (Diesel-hydraulic) |
Feed capacity up to approx. | 551 US t/hr |
Type | Double deck screen for coarse elements |
The Quarry Line classifying screens are designed to cope with the tough conditions experienced in daily work in the quarry. With their diesel-electric drives they are even more powerful and are suitable for linking with crushers from the KLEEMANN Quarry Line. Thanks to their large screening surfaces, a high throughput is guaranteed, also for small grain sizes.
Drive concept | H-DRIVE (Diesel-hydraulic) |
Feed capacity up to approx. | 386 US t/hr |
Type | Double-deck classifying screen |
Drive concept | H-DRIVE (Diesel-hydraulic) |
Feed capacity up to approx. | 386 US t/hr |
Type | Triple-deck classifying screen |
Drive concept | H-DRIVE (Diesel-hydraulic) |
Feed capacity up to approx. | 551 US t/hr |
Type | Double-deck classifying screen |
Drive concept | H-DRIVE (Diesel-hydraulic) |
Feed capacity up to approx. | 551 US t/hr |
Type | Triple-deck classifying screen |
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.