The B Deep-Rotor Vertical Shaft Impact Crusher is engineered to support sand making and fine crushing applications where consistent particle shape and controlled gradation are critical. It is widely used in aggregate production, infrastructure construction, and industrial material processing involving hard and medium-hard materials.
The crusher integrates three crushing modes into a single unit, allowing material-on-material and material-on-iron crushing to occur within the same machine. Material enters the deep rotor chamber, where optimized flow paths and impact zones improve throughput while maintaining precise control over particle shaping and reduction.
This design improves crushing efficiency while reducing wear on key components. Higher material pass-through and improved crushing ratios help operators achieve higher output with lower operating costs, while simplified internal structures support faster inspection and servicing.
The B Deep-Rotor VSI Crusher is well suited for operators who require reliable manufactured sand production, aggregate reshaping, or fine crushing of materials such as granite, limestone, basalt, marble, iron ore, and copper ore. It is commonly deployed in highway construction, railway projects, airport construction, and large-scale aggregate operations.
Depending on configuration and material characteristics, the crusher supports capacity ranges from 60–520 tons per hour (TPH) and accepts feed sizes up to 50 mm. These operating parameters allow the machine to adapt to both high-volume production lines and precision shaping applications.
If you are evaluating a vertical shaft impact crusher for sand production or aggregate shaping, the Bros Dirt Diggers team can help review your material, capacity targets, and site conditions to determine whether the B Deep-Rotor VSI Crusher is the right fit.
This equipment supports manufactured sand and fine aggregate production with capacities ranging from 60–520 TPH and maximum feed sizes up to 50 mm, depending on material properties and operating configuration.




