Mobile screens
Optimally screen materials at the lowest operation cost
Mobile
Screening
Mobile screens are engineered to deliver optimal material screening at the lowest operating cost while maintaining the advantages of mobility and compact design. They are widely used in aggregate production, quarries, mining, and recycling, making them an ideal choice for operators seeking both portability and space efficiency.
With mobile screening units, you can boost productivity and safety while cutting operating expenses and minimizing environmental impact—an increasingly important factor today. All our screening units are eco-friendly, powered by diesel-electric (hybrid) systems that significantly lower emissions.
Boratas Machinery’s mobile screens stand out for their exceptional mobility, premium build quality, and ultra-compact form. Their high mobility allows for effortless site-to-site transport, and they eliminate the need for costly concrete foundations or large crews.
Applications:
- Mining
- Aggregates
- Recycling
Our wide range of mobile screening equipment consists of:
Mobile Screens for
Any Terrain
Mobile screening machines are track-mounted units that can be easily maneuvered by the operator using a wireless remote control. Thanks to their crawler tracks, they can travel smoothly over virtually any type of surface. These versatile machines are used in a variety of applications, including aggregates, recycling, and mining, and serve as an excellent alternative to stationary screening systems.
Mobile Vibrating Screens
The Classtrack series mobile screens offer an ideal solution for screening and separating materials at minimal operating cost while delivering exceptional mobility and compact design. Commonly used in aggregate production, quarries, mining, and recycling, they are perfectly suited for operators who prioritize both portability and space efficiency.
Mobile Scalping Screens
Scaltrack Mobile Scalping Screens are commonly used in multi-stage crushing processes, where they play a crucial role in separating and sizing materials between the primary and secondary crushers. This ensures a more efficient crushing operation, improves overall production capacity, and helps optimize the performance of the entire processing line.
