The continuous working cell wall breaking machine is an optimized device designed for continuous feeding and discharging. Its structure mainly consists of a host system, a wall breaking device, a grading structure, a control system, and auxiliary feeding components to achieve efficient and uniform cell crushing effect. The host system includes a drive motor and transmission components, responsible for providing power to ensure stable operation of the equipment; The wall breaking device involves a crushing cylinder, stainless steel grinding rod or blade, which breaks the cell wall and releases the contents through impact and shear action.
The key grading structure design is used to control the fineness of the powder, ensuring continuous material flow and avoiding energy waste caused by over fine crushing; Common optimization methods include increasing the diameter of the grading wheel, increasing the speed, and reducing the air flow rate. The control system usually integrates dual frequency conversion technology, accurately adjusts the speed and discharge parameters, and cooperates with temperature controllers or timers to enhance the level of automation. Auxiliary devices such as spiral feeders or oscillating feeders ensure continuous supply of materials to the crushing chamber, maintaining a reasonable concentration to improve efficiency.
In addition, such devices may be equipped with sealed containers or vacuum pump systems to create a negative pressure environment, assisting in cell wall rupture without damaging the contents, while the base and water circulation cooling device ensure operational stability and heat dissipation.
