The hammer mill has a large feed opening, which allows the machine to be easily fed with different materials. The rotor is mounted on a vertical shaft. The material stream first connects with a distribution cone. Below this, the rotor has two levels, each of which can be fitted with a maximum of two pivot-mounted hammers. Crushing is carried out primarily between the rotating hammers and the stator strips on the machine casing. The arrangement of the hammers is variable, so that the rotor can be optimally configured for the specific task. The distribution cone feeds the inserted material to the hammer levels. This prevents possible clogging of moist or light material in the feed area.The carbide hammers welded onto the base are optimized to deliver a long service life. Due to the flexible bearing, even extraneous solid materials, such as stones and soil clods, can be crushed easily. Modification of the hammer configuration can be achieved in minutes. The stator strips and wearing plates are fastened from the outside by means of bolts. The wearing parts can thus be easily exchanged and are optimized for long service life. The treated substrate continuously exits the processing chamber through a generously dimensioned discharge opening. A liner consisting of plastic plates prevents caking.

Depending on the size, required throughput and desired crushing ratio, the mill is equipped with motors ranging from 37 to 90 kW. The hammer mill has a large access hatch at the top to facilitate easy and quick maintenance or retooling.The machine is installed on vibration dampers to prevent the transmission of vibrations into the surrounding steel or concrete construction.Designed as a technically reliable solution, the mill has a recirculating oil lubrication unit. This system is also used for cooling the bearings.In order to prevent uncontrolled access via the maintenance hatch, the machine is equipped with a key transfer system. The power supply is interrupted and the machine can be opened only by means of a special key after the rotor has come to a standstill. The mill can optionally be equipped with a control system. In the case of frequently changing input materials, it makes sense to implement a frequency inverter. In combination with the variable rotor configuration options, this allows for optimal coordination of the desired targets in terms of crushing results, throughput rate and power consumption. As an option, customers can order a standardized steel structure for installation of the machine.