Ginger crushing press is mainly used for crushing and squeezing ginger and wheat seedling materials with high fiber content, and also for crushing juice of apple, pineapple and other fruits and vegetables.

 

Ginger crushing and juicer is composed of ginger crusher and juicer. The main components are the installation of crushing device on the feed hopper (composed of hopper, body, spindle, flying knife, bottom knife, bearing seat, motor, etc.) When working, the motor is driven by a pair of belt pulley to rotate the spindle at the same speed, and the material is cut by a high-speed rotary flying knife. Due to the centrifugal force, it directly enters the screw juice system, so as to improve the juice squeezing effect.

 

The ginger crushing and juicer of Jingjiang Weineng machinery is mainly used for crushing and squeezing ginger and wheat seedling materials with high fiber content, and also for crushing juice of apple, pineapple and other fruits and vegetables.

 

Structure of ginger crushing and juicer: it consists of ginger crusher and juicer. The main components are the installation of crushing device on the feed hopper (composed of hopper, body, spindle, flying knife, bottom knife, bearing seat, motor, etc.) When working, the motor is driven by a pair of belt pulley to rotate the spindle at the same speed, and the material is cut by a high-speed rotary flying knife. Due to the centrifugal force, it directly enters the screw juice system, so as to improve the juice squeezing effect. The main component of screw juice is screw. The screw increases along the bottom diameter of slag outlet and the pitch decreases gradually. When the material is pushed by screw, the screw cavity volume decreases, forming the pressing of material. The rotation direction of the screw spindle is clockwise from the feed hopper to the slag trough. The raw material is added into the hopper and pressed under the screw push. The pressed juice flows into the juicer at the bottom through the filter screen, while the waste material is discharged through the annular gap formed between the screw and the tapered part of the pressure regulating. The pressure regulating head moves along the axial direction to adjust the size of the void and adjust the juice yield.