Kale Double Spiral Dehydrator Cabbage Juicer

1、 Product Introduction

Spiral juicer has a wide range of applications and can squeeze juice from fruits and vegetables such as watermelon, grapes, strawberries, pears, apples, lemons, oranges, tomatoes, papaya, radishes, ginger, etc.

Squeezing machine, spiral squeezing machine, double spiral squeezing machine, double spiral continuous squeezing machine, double spiral continuous squeezing machine, dewatering machine, squeezing dryer.

2、 Performance characteristics

1. Reasonable design, compact structure, and elegant appearance.

2. This machine is composed of a crusher and a screw juicer, and is fully automated to complete the crushing, juicing, and slag removal processes.

3. Adopting conical screw, with high production capacity and juice yield.

4. Continuous energy-saving, low noise, and pollution-free.

5. All parts in contact with the material are made of stainless steel material;

3、 Purpose:

This machine is suitable for extracting juice from crushed fruits and vegetables such as pineapples, apples, pears, etc. Driven by a spiral shaft, it has the functions of crushing, juicing, and slag discharge.

The double helix press is a continuous double helix press used for solid-liquid separation of materials containing certain fibers or viscosity Fermented grape skins, ginger, spinach, rubber, pharmaceuticals, winter dates, and other fruits and vegetables containing a certain amount of fiber are used for juice extraction. They are also used for continuous juice extraction of seabuckthorn fruits that have been pruned or contain a small amount of twigs. The sieve holes are specially made according to the size of seabuckthorn seeds.

4、 Working principle:

The working principle is that the crushed fruit pulp, juice, and skin enter the double helix juicer through the feeding hopper. As the bottom diameter of the helix gradually increases along the direction of the slag outlet and the pitch gradually decreases, when the material is pushed forward by the helix, the volume of the helix chamber shrinks, forming a squeezing effect on the material. The rotation direction of the spiral spindle is counterclockwise when viewed from the feeding hopper towards the slag hopper. The raw materials are added to the feeding hopper and are compressed under the push of the screw. The squeezed juice flows into the bottom juice container through the filter screen, while the waste is discharged through the annular gap formed between the screw and the conical part of the pressure regulating head. The pressure regulating head moves axially and is directly controlled by the hydraulic system. Adjusting the pressure of the hydraulic system, that is, adjusting the resistance of slag discharge, can change the juice output rate. However, if the hydraulic system pressure is too high, under strong squeezing, some of the slag particles will be squeezed out through the filter screen together with the juice. Although the juice output increases, the quality of the juice relatively decreases. The size of the hydraulic system pressure should be determined according to the specific process requirements of the user. Thus achieving the automatic separation of juice and residue.

The screw shaft of the cabbage juicer rotates clockwise along the direction of the slag outlet, with the bottom diameter gradually increasing and the pitch gradually decreasing. When the material is pushed by the screw shaft, the screw cavity gradually shrinks, forming a squeezing effect on the material.