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hot selling pineapple crusher fruit crushing machine
Fruit and vegetable crusher
This machine is used for crushing fruit and vegetables into small pieces.
It can proess apple,pineapple,grape,carrot,cabbage etc.
Model | TPP-PS1 |
Power | 1.1kw |
Voltage | 220v |
Capacity | 1t/h |
Machine material | stainless steel 304 |
Weight | 65kg |
Dimension | 450*400*1350mm |
working principle:
This machine consists of a feed hopper, a crushing device, a front support, a spiral, a filter, a juice container, a rear support, a slag discharge chute and other components. The left end of the spiral spindle is supported in the rolling bearing seat, and the right end is supported in the handwheel bearing seat. , the electric motor drives the spiral through a V-belt pulley. Working principle: The main component of this equipment is a crushing device installed on the feed hopper. There are four sets of flying knives and a set of bottom knives on the rotor. The flying knives rotate around their own axis in the gap between the fixed bottom knives, so that the fruits and vegetables are The granularity is 2-5 mm crushed and directly entered into the spiral juicing system to improve the juicing effect. The main component of spiral juice extraction is the spiral. The bottom diameter of the spiral gradually increases along the direction of the slag outlet and the pitch gradually decreases. When the material is pushed by the spiral, the volume of the spiral cavity shrinks, causing the material to be squeezed. The rotation direction of the spiral spindle is clockwise when viewed from the feed hopper to the slag trough. The raw materials are added to the hopper and are pressed by the screw. The squeezed juice flows into the juice container at the bottom through the filter, while the waste materials are discharged through the void formed between the screw and the conical part of the pressure regulator. Axial movement of the head adjusts the size of the gap. When the handwheel bearing seat is rotated from the slag discharging trough of the equipment to the feed hopper end, the pressure regulating head is turned to the left, and the gap shrinks. On the contrary, the gap becomes larger. By changing the size of the gap, the resistance to slag discharge can be adjusted, thereby changing the slag discharge. 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 squeezing. Although the juice output increases, the quality of the juice will relatively decrease. The size of the gap should be determined according to the user's specific process requirements. Certainly.