The stone materials vertically fall from the top of the machine into the high-speed rotating turntable, achieving high-speed impact and high-density crushing with the help of centrifugal force.
After the collision, the stone materials form a vortex between the turntable and the shell, undergoing multiple impacts, friction, and crushing to achieve the target particle size.
The high-speed rotating turntable generates strong centrifugal force, causing severe impact between stone materials to achieve efficient crushing.
The vortex movement ensures that the stone materials are repeatedly hit and rubbed during the crushing process, improving the crushing effect and particle size uniformity.
By adjusting the rotation speed of the turntable and the shell gap, the particle size of the product can be precisely controlled to meet different application needs.
The optimized design of the turntable and shell structure reduces wear and energy consumption, improving the service life and operational stability of the equipment.

Large feed particle size and high crushing ratio ensure uniform discharge.
The yield rate is about 85%, and the granular products fully meet the use standards.
The box crusher is equipped with adjustable hammer shafts to extend the service life of the hammer heads.
Adjustable grid size realizes precise control of product particle size and ideal particle shape.
The machine box can be turned over for easy inspection and maintenance.
Adopting the square shank bolt design improves impact resistance and wear resistance.
High output and stable performance.
Integration of coarse crushing and medium crushing simplifies the technological process.
Using high-wear-resistant materials to manufacture hammer heads, grate plates, and impact plates significantly improves service life.
The supporting power is small, with low energy consumption, convenient maintenance, and reduced number of vulnerable parts.