Home juice maker machines vs Industrial juice maker machines

With the improvement of people's living standards, juice seems to have become a daily necessity. Infants, the elderly, young people, office workers, etc. drink juice almost every day. Whether it is homemade juice at home, freshly squeezed juice from a dessert shop, or fruit juice from the supermarket, they are all very popular.
So since the juice is so delicious, the juice machine has naturally become a hot commodity. Household juicers, commercial juicers, and industrial juicers all seem to be in short supply. So what is the difference between a household juicer and an industrial juicer?
household juicer
Household and commercial juice machines are generally small and convenient to use. Because there are few people who drink juice at home, commercial juice machines may be slightly larger, but not too much. Then according to the classification, it can also be as follows:
According to the type, it is divided into: single-cylinder juice machine, double-cylinder juice machine, three-cylinder juice machine, four-cylinder juice machine, round-cylinder juice machine and multi-functional juice machine.
According to the use, it is divided into: hot and cold juice machine, single refrigeration juice machine and single heating juice machine.
According to the function, it is divided into: stirring juice machine, spray juice machine, juice extraction juice machine.
According to the production method, it is divided into: storage type juice machine and freshly adjusted juice machine.

Of course, household and commercial juicers can also be divided into these three categories: blenders, single-function juicers, and multi-function juicers.
1. Special for electric oranges: This juicer is a machine used to press out fruit juices, such as oranges, grapefruits or lemons.
2. Juice blender: This kind of machine can be used to blend softer fruits and blend them into mud. It has a wide range of uses. In addition to being used to make juice, it can also be used for home cooking.
3. Juicer: This is because some fruits and vegetables have more fiber components, such as sugar cane, carrots, etc., so this kind of juicer can use the effect of efficient separation to separate the juice and residue, which can help more completely and effectively. The human body absorbs nutrients from fruits and vegetables.
4. Multifunctional fruit and vegetable juicer: It integrates juicer, juicer, bean grinder, and soy milk maker. The multi-functional design is very in line with the economic benefits required by modern people.

Industrial juice maker machines
There are also many kinds of industrial juicers, which can be divided according to the different fruits, that is, stone fruit and non-stone fruit, peeled and non-peeled to choose different juicers; of course, it can also be divided according to the output, according to According to the type, according to the use, according to the material, etc., in short, there are too many. So today we will talk about, according to the type and function of the equipment, we now have screw juicers, belt juicers, roller juicers, crushing juicers, half-cut juicers, etc. These.
Spiral Juicer: This equipment is a screw propulsion extrusion, which uses the gradual reduction of the volume of the screw cavity to form the pressing of the material. This machine is suitable for juicing the crushed fruits and vegetables. For example, it is used to squeeze the juice of crushed pome fruit such as pineapple, apple and pear.
The working principle is that the crushed pulp, juice and skin enter the screw juicer through the feeding hopper. Since the bottom diameter of the screw gradually increases along the direction of the slag outlet, the screw pitch gradually decreases. Shrinkage, resulting in the pressing of the material. The rotation direction of the screw spindle is counterclockwise when viewed from the feed hopper to the slag trough. The raw material is added into the feeding hopper and is pressed under the advancement of the screw. The squeezed juice flows into the juice container at the bottom through the filter screen, and the waste material is discharged through the annular gap formed between the screw and the conical part of the pressure regulation. The movement of the pressure regulating head along the axial direction can adjust the size of the gap. Turn the handwheel bearing seat handwheel by hand to change the size of the gap between the pressure regulating head and the spiral cone surface, that is, to adjust the resistance of the slag discharge to change the slag yield, but if the gap is too small, under strong extrusion , part 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 is relatively reduced. The size of the gap should be determined by the user's specific process requirements. So as to achieve the purpose of automatic separation of juice and slag.

Double roller juicer: suitable for juicing kumquats, lemons, oranges, limes, green lemons, grapefruits and other fruits. The fruits do not need to be peeled or graded, and the juice can be directly squeezed; structural characteristics and working principle: this machine It mainly consists of three counter-pressure rollers, feed hopper, juice hopper, leather hopper, frame, transmission and other parts. When working, turn on the power supply, pour the material into the hopper, the material will be crushed by the first and second presses, and then enter the first and third presses for juicing, and the skin will come out of the leather hopper. Discharge, juice and part of the meat are discharged from the juice hopper, so as to achieve the purpose of juicing; the equipment is made of stainless steel except the transmission part.

Belt Juicer: This machine uses multiple pressing rollers to squeeze the material entering the filter screen. The machine automatically feeds and discharges materials, works continuously, has sufficient pressing, high juice yield, and low slag moisture content. It is widely used in fruit and vegetable juice extraction and environmental protection processes. Used for apple juice extraction, the juice yield is as high as 75-78%, which is 35% higher than that of other domestic models.
Structural features: The machine consists of a frame, an upper and lower drive shaft, a deceleration drive assembly, a pressure roller combination, a filter pressure belt, a cleaning belt assembly, a feeding assembly, a tensioning device, a belt correction assembly, a booster device, a safety protection device, Air pressure control parts, cleaning water filter devices, etc.
The motor is commanded by the frequency converter with stepless speed change, which can realize continuous and stable constant power speed regulation. The pressing belt is made of nylon yarn warp and weft weaving. It has the characteristics of acid and alkali resistance, food hygiene, easy to juice, no water absorption and high strength.
Press roller: According to the flow direction, the radius of the contact roller decreases and the curvature increases. The structure of the L-shaped pressure roller is unique and reasonable, and the configuration of various pressure rollers includes stainless steel rollers and rubber-lined rollers, and the size distribution is reasonable.
The tensioning of the pressing belt adopts the automatic tensioning of the air bag, which is not only stable but also avoids overload, safe and reliable, and is equipped with a pressure relay, which can automatically and safely stop and realize the automation of the whole process.
The cleaning of the press belt adopts the spiral surface (arc) filter screen to automatically filter and discharge the slag. It is equipped with a high-pressure pump and a spray device, which can easily clean the press belt while filtering, so that the machine has a good juice extraction effect and saves money. energy.
Working principle: The refined raw material (solid-liquid mixture) is continuously pumped into the feeding hopper by the screw pump (the material occupies the bandwidth can be adjusted), and is evenly distributed by the pressing roller. In the downward curved wedge-shaped area, a large amount of water is slowly pressed out to form a pressable filter cake. After pressing, a pressing roller with an L-shaped bead presses the water out and ensures that the water quickly overflows from both sides. The diameter of the subsequent pressure rollers decreases, and the filter belt is S-shaped, which generates increasing surface pressure and shear force, ensuring better dehydration effect. In order to further improve the dehydration rate, an additional pressure roller that can generate linear pressure and peripheral pressure is added. . The dehydrated filter cake is scraped off by the wear-resistant material scraper, and the two filter belts are continuously washed by the high-pressure nozzle to ensure the continuous high-pressure effect. The spray washing water is automatically filtered, slag discharged and recycled through the arc filter through the return pump to save energy.