High-efficiency crushing principle: Utilizing a dual action of blade cutting and high-speed airflow impact/collision, combined with multi-stage crushing and centrifugal sorting, it achieves continuous operation from coarse to fine crushing, directly accepting branches with diameters ranging from several centimeters to over twenty centimeters without pre-cutting.
Controllable and uniform output: By changing the screen or adjusting the cutter head gap, the particle size of the wood chips can be precisely controlled (typically from a few millimeters to several centimeters), meeting the needs of different scenarios such as biomass fuel, edible fungus culture medium, and organic fertilizer return to the field.
Strong power and mobility: Offers multiple power options including electric (stationary/low-noise) and diesel/gasoline (mobile/field); mobile models are equipped with tire or tracked chassis, supporting towing and relocation, adapting to complex terrains such as orchards, mountains, and forests.
Safety and automation design: Mainstream models are equipped with forced feeding rollers/chain plates to prevent rebound and jamming; some models integrate magnetic separation for iron removal, hydraulic adjustment, overload protection, and a sealed dust suppression structure, reducing human risk and dust pollution. Economic and environmental benefits: Significantly reduces waste transportation costs (volume reduction up to 90%), and the product can be directly used for soil mulching, fertilizer fermentation, or industrial raw materials, achieving "on-site crushing and on-site utilization."
