Material enters the machine through ​​two specialized feed chutes​​ that classify and route inputs based on their physical properties. Soft or fibrous materials like bamboo stalks and thin branches are directed through the ​​”Feed chute go to blades”​​ channel, where they encounter ​​stationary Cut Blades​​ positioned near the rotor’s periphery.

As the central ​​Rotor​​ spins at high velocity, it forces incoming material against these razor-sharp blades, executing a guillotine-like shearing action that slices fibrous matter into uniform strips. Simultaneously, bulky or rigid materials such as logs and thick branches enter via the ​​”Feed chute go to hammers”​​ chute, dropping directly into the impact zone. There, ​​freely swinging Hammers​​ mounted radially on the rotor deliver high-impact blows, shattering solid wood through kinetic collision and centrifugal fragmentation against the chamber walls.

All materials – both pre-sliced strips and impact-fractured fragments – then converge in the ​​grinding chamber​​, where the rotating hammers continue pulverizing them in a dynamic recirculation loop. Centrifugal forces propel particles outward, while rotor-generated airflow fluidizes the mixture. Oversized pieces rebound off the chamber linings back into the hammer trajectory for repeated crushing, while properly sized particles escape through an integrated sizing screen. The crushed output is pneumatically conveyed out as consistent wood chips or sawdust, with the dual-feed system and sequential blade-to-hammer processing enabling energy-efficient, clog-free operation tailored for industrial volumes.