Kitchen Appliance Kiwi Juice Production Line Fruit Juice Processing Machines
1. Used for squeezing pineapple, apple, pear and other fruits;
2. Used for pressing mulberry, grape, orange, orange and other berries;
3. Used to squeeze tomatoes, ginger, garlic, celery and other vegetables;
4. It is applicable of extracting varies of fruits & vegetable by auger pushing extrusion;
5. Fully automatic processing of juice extraction, residue removal and slag discharging for berries, pome fruits and vegetables;
6. Material contacting part is made of National Standard 304 stainless steel;
7. The machine frame material can be used as the national standard 304 stainless steel, depending on customer requirements.
| Model |
Output |
Screw diameter |
Crusher Power |
Main Power |
Strainer |
| Juice extractor without Crusher |
| AG-0.5T |
500kg/h |
88mm |
/ |
1.5kw |
0.6mm |
| AG-1.0T |
1000kg/h |
125mm |
/ |
3kw |
0.6mm |
| AG-1.5T |
1500kg/h |
175mm |
/ |
7.5kw |
0.6mm |
| Juice extractor with Crusher |
| AG-0.5TG |
500kg/h |
88mm |
1.5kw |
1.5kw |
0.6mm |
| AG-1.0TG |
1000kg/h |
125mm |
1.5kw |
3kw |
0.6mm |
| AG-1.5TG |
1500kg/h |
175mm |
2.2kw |
7.5kw |
0.6mm |
1. Used to squeeze pineapple, apple, pear and other fruits;
2. For pressing tomatoes, ginger, garlic, celery and other vegetables; Spiral propulsion;
3. Fully automatic berry, pome fruit and vegetable fruit and vegetable juice extraction and slagging process;
4. The part in contact with the material is made of GB 304 stainless steel;
5. The frame material can be selected from the national standard 304 stainless steel, depending on customer requirements.
1. Structure: It consists of front support, feed hopper, crushing, spiral, filter net, juice extractor, rear support, slag sump, etc.
2. The left end of the spiral main shaft is supported in the rolling bearing housing, and the right end is supported by the hand wheel bearing.
3. In the seat, the motor is driven by a pair of V-belt drive screws.
The main component of this machine is that the spiral diameter gradually increases along the direction of the slag outlet and the pitch gradually decreases. When the material is propelled by the screw, the pressing of the material is formed due to the reduction in the volume of the screw chamber.
The direction of rotation of the spiral main shaft is viewed from the feed hopper to the slag groove, in a clockwise direction; the raw material is added to the feed hopper, and been pressed under the advancement of the spiral, and the pressed juice flows through the filter into the bottom of the juicer. The waste is discharged through an annular gap formed between the spiral and the tapered portion of the pressure regulation. The movement of the pressure regulating head in the axial direction can adjust the size of the gap.
Clockwise (When the seat is rotated from the tapping groove of the device to the end of the feed hopper, the pressure regulating head is turned to the left, and the gap is reduced. Otherwise, the gap becomes larger.) You can adjust the resistance of the slag by changing the size of the gap, Thereby changing the slag discharging rate; However, If the gap is too small, some of the slag particles will be squeezed out through the filter together with the juice under strong extrusion. Although the output of juice increased, the quality of the juice decreased relatively.
The size of the gap should be determined by the specific process requirements of the user.
Stainless steel spiral fruit and vegetable juicer is suitable for a variety of fresh fruit and vegetable beating separation. The product (Orange, grape, kiwi, mulberry, bayberry, peach (nuclear), etc.) can be squeezed into jam juice, and the core, fruit seeds and thin skin can be separated. It also can process green vegetables (Tomato, pepper, celery (cutting-off) ) into vegetable juice and separate vegetable tendons. It is an ideal machine for making jams, juices and vegetable juices, and is important equipment for food processing enterprises.
The motor drives the spindle to rotate through a pair of pulleys. The tripod is mounted on the spindle, the beater plate is on the tripod, and the screen, funnel and slag are mounted on the lower bracket. The upper inner cylinder and the feeding hopper are loaded on the bracket, and the entire upper bracket is hinged, and the worker can open to check the quality of the pulp.
1.The motor drives the spindle to rotate through a pair of pulleys.
2.The tripod is mounted on the spindle. The beater plate is on the tripod.
3.The screen, funnel and slag are mounted on the lower bracket.
4.The upper inner cylinder and the feeding hopper are loaded on the bracket, and the entire upper bracket is hingedly connected, and can be opened to check the quality of the pulp.
1. Stabilize the machine on the foundation and tighten the chassis foot screws;
2. Open the cylinder, clean up the debris, and clean it. When cleaning, be careful not to let the water leak on the motor;
3. Adjusting the gap between the scraper and the inner wall of the screen as 1.5~2mm;
4. Adjust Scraper helix angle; Rotate the spindle by hand to check whether it is flexible, and close the upper cylinder tightening screw
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