• Energy efficiency
• Compact system, occupy less area
• Easy maintenance
• Easey accessible and cleaning
• Industrial, pilot and laboratory sizes are available
• Protection against wear with steel, stainless, PU or ceramic materials (Al2O3)

The feed material is introduced into the machine via a side-mounted feeding system or, alternatively, through an air suction, depending on the configuration. It enters the grinding chamber through feeding inlet, where it is immediately impacted by high-speed rotating grinding disc mounted on different type grinder (pins, half bar etc.). These grinders, working in conjunction with a toothed grinding track, reduce the material through a combination of impact, friction, and shearing forces. The ground particles are then transported by airflow into the integrated classifier. Here, a frequency-controlled classifier wheel separates fine particles from coarse ones based on the desired fineness. Only the particles that meet the required size—determined by the classifier wheel speed—are discharged via the fine’s outlet. Oversized particles are rejected by the classifier and returned to the grinding chamber for further milling until the target fineness is achieved. Air is introduced through a lateral inlet, playing a triple role: cooling the system, transporting the particles, and aiding in classification.