Industrial Commercial Fruit Juice Extractor Making Beverage Machine

• Customization: Available
• After-sales Service: Installation and Maintenance
• Warranty: 1 Year
• Model NO.: GGZP0.5
• Condition: New
• Customized: Customized
• Voltage: 380V
• Composition: Juice Making
• Processing Material: Fruits and Begetables
• Process: Juice Making
• Power: 2.2
• Spiral Length: 530
• Spiral Diameter: 120
• Dimensions: 940*320*1040
• Transport Package: Standard Pacakges
• Trademark: GG
• Origin: China
• HS Code: 8205510000
• Production Capacity: 100sets/Month
• Package Size: 960.00cm * 340.00cm * 1060.00cm
• Package Gross Weight: 200.000kg

Product Description

This Machine is mainly used for make juice with different kinds of fruits and vegetables.
Fruit Juice Extraction Machine Feather:
This fruit juice extraction machine is suitable for all kinds of vegetable and fruits,and extracted juices automatically separated from waste.
The fruit juice extraction machine adopts spiral system and high speed rotating, can complete juicing and slag discharging in one machine.
This fruit juice extraction machine is suitable for pineapple,apple,pear,and other kernel fruits.kiwi,grape,orange,fresh orange and other berry fruits. tomato,ginger,celery, spinach and other vegetables

Completing the juicing and slag discharge process of berries, kernel fruit and vegetables automatically.

Made by stainless steel
It is the ideal juice maker for food processing factory and beverage processing factory.
Subulate screw, high efficiency, low noise and high juice yield, Compact structure, easy to install, operate and maintain.

Fruit Juice Extraction Machine Parameter

Juice Extractor Machine
Model	Power	Spiral length	Spiral diameter	Dimensions
GGZP0.5	2.2	530	120	940*320*1040
GGZP1.5	6.2	772	175	1650*540*1920
GGZP2.5	17.2	860	250	2100*640*2200

Working Principle of the Fruit Juice Extracting Machine
The main component of this machine is the screw. The bottom diameter of the screw gradually increase but the screw pitch decrease when the screw advances along the dreg exit. When the material is pushed by the screw, the screw cavity volume decrease, which forms the press to the material.


The rotation direction of the principal axis of the screw is clockwise looked from the feed hopper to the dreg exit.
Entering into the feed hopper, the material is pressed by the pushing of screw. Then the juice will inflow into the juice container at the bottom, while the dregs will be expelled out through the cyclic gap between the screw and cone- shape part of the pressure controller.

The movement along the axial of the pressure controller can adjust the space of the gap. When you change the space by clockwise, you adjust the resistance to dreg expelling, then you adjust the dreg yield. If the space is too small, some dreg will squeeze out with the juice. Although the juice quantity increases, the quality of the juice relatively decreases. So the space should match with the technological requirements of the users.

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