The MK Semi-mobile Crusher and Screen is an integrated, skid-mounted crushing and screening solution built to support large-scale production with minimal site preparation. It is commonly used where projects require quick setup, flexible relocation, and dependable throughput across a wide range of materials.
The system combines crushing, screening, and conveying modules on an independent steel frame. Once the chassis is leveled, production can begin without traditional concrete foundations. Modular components are pre-assembled and can be lifted and transported as a single unit, allowing commissioning within 12 to 48 hours.
This approach reduces installation time and upfront civil work while maintaining stable operation. Integrated electrical control enables centralized monitoring and one-button start or stop for individual modules, improving operational efficiency and reducing labor demands. Spacious access platforms simplify inspection and routine maintenance.
The MK Semi-mobile Crusher and Screen is well suited for processing river pebbles, granite, gneiss, basalt, limestone, quartz rock, iron ore, and construction waste. It is widely applied in quarry operations, metallurgical mining, building materials production, highway and railway construction, water conservancy projects, and chemical applications.
Depending on configuration, the plant supports capacities from 50 to 600 tons per hour (TPH) with maximum feed sizes up to 900 mm. Configurations are available for coarse crushing, medium and fine crushing with screening, combined integrated plants, or installations with separate foundations, allowing the system to be matched to specific production goals.
If you are planning a new project or transitioning between sites and need a semi-mobile crushing and screening solution, our team can help evaluate the right MK configuration for your material, capacity requirements, and operating conditions.
Key operating ranges vary by configuration and are summarized below to help compare typical capacity, feed size, and installed power requirements.




