BPE103 MOBILE VIBRATING SCREEN

Mobile screens of Classtrack BPE103 are the ideal way to optimally screen materials at the lowest operation cost while still benefiting from mobility and compactness. These mobile screens are typically used in aggregate production, quarries, mining, and recycling and are perfect for users looking for mobility and compactness. Classtrack BPE103 mobile screens feature a triple deck vibrating screen and are usually fed by a crusher in a multistage crushing plant or an excavator for material screening. Ideal for: Multistage crushing and screening applications Separation of sand and gravel Recycling Users interested in compactness and mobility Work in urban regions Advantages: High Production Capacity The perfect interaction of all its high-quality components, coupled with many extensive tests in quarries is the base of Classtrack BPE103 mobile screens for increased operational efficiency, optimal screening, and extremely low downtime. Maintenance and Durability Classtrack BPE103 mobile screens are extremely durable machines due to their wear-resistant high-quality components and robust chassis. In case of a failure, the PLC screen located in the panel will point to the location of the failure. The parts subjected to wear are easily accessible and can be replaced or repaired within a short time. Adjustability Classtrack BPE103 are supplied as standard or tailored versions to meet all the process requirements. These mobile screens come with different types of meshes, such as normal steel screen mesh, perforated sheet, or polyurethane. Washing options can also be added if required. Cost Effectiveness The quick set-up time, low downtime, low fuel consumption, and low overall cost make Classtrack BPE103 a very cost-effective mobile unit. Accordingly, Its high productivity and high uninterrupted uptime increase profits exponentially. Benefits: Adaptable to all applications Mobility, flexibility and compactness Safe and easy transport Robust chassis and track frame Low fuel consumption (20-40% less than hydraulic models) Easy and rapid maintenance High uptime and high productivity Low operating costs Versatility and Adjustability