Stable cutting and flywheel energy. The disc with four blades uniformly shreds branches, creating a powerful airflow that easily discharges wood chips through the discharge chute.

Additional blades on the disc create an intense airflow based on the fan principle, ensuring wood chips are discharged evenly without clogging. After welding, the disc undergoes mandatory balancing to eliminate vibrations and wear.

Thickest branches are not a problem.

The gearbox multiplies torque, allowing you to cut thick branches with confidence, even under load.

The design uses three heat-treated gears that increase force on the blades. This ensures stable operation of the cutting mechanism even when feeding tough raw material.

This system protects the engine from overload if you accidentally load a branch that exceeds the allowable diameter. Instead of damaging the motor, the logger simply stops without causing harm.

An in-house developed ARPAL friction clutch is installed on the engine shaft. At the moment of cutting mechanism overload, the clutch automatically disengages the engine from the load. This prevents sudden engine shutdown and extends its service life.

Optimal chipping and quick discharge of processed wood. A perfectly balanced drum with cutting blades and air blades provides smooth, powerful operation and a steady stream of wood chips without clogging.

The welded construction of the drum with welded flanges and internal pockets for the blades forms an integrated, rigid system. The internal blades generate an active airflow that evenly discharges wood chips through the discharge chute. After welding, the drum undergoes mandatory balancing to eliminate vibrations and wear.

Universal branch cutting and shredding into wood chips of the required fraction. A disc with two durable blades quickly cuts the branches, while a system of hammers and auxiliary blades further shreds the material to the optimal size until it passes through the sieve.