Material that has been pre-crushed enters into the top of the cone crusher; the material is then squeezed and crushed again between the mantle and concave. A cone crusher is almost the same as a gyratory crusher, it has less of a slope in the crushing chamber and is more parallel between crushing zones. A cone crusher breaks rock by squeezing the rock between an rotating spindle. As rock goes in the top, it becomes wedged between the mantle and the concave. Large chunks of ore are broken, and fall to a lower position where they are broken again. This process repeats until the material is small enough to exit from the bottom of the crusher. Modular; non-welded construction design. Hence it has no welding stress and thus frame has long service life time. Adjustment of CSS setting is quick and safe due to fully hydraulic twin wedges setting adjustment system. Replacement of existing Jaw Crusher as capacity is larger and size is compact, so modifications to the existing foundation are rarely required.

Material that has been pre-crushed enters into the top of the cone crusher; the material is then squeezed and crushed again between the mantle and concave. A cone crusher is almost the same as a gyratory crusher, it has less of a slope in the crushing chamber and is more parallel between crushing zones. A cone crusher breaks rock by squeezing the rock between an rotating spindle. As rock goes in the top, it becomes wedged between the mantle and the concave. Large chunks of ore are broken, and fall to a lower position where they are broken again. This process repeats until the material is small enough to exit from the bottom of the crusher. Modular; non-welded construction design. Hence it has no welding stress and thus frame has long service life time. Adjustment of CSS setting is quick and safe due to fully hydraulic twin wedges setting adjustment system. Replacement of existing Jaw Crusher as capacity is larger and size is compact, so modifications to the existing foundation are rarely required.