Stainless steel vegetable cleaning machine manufacturer

Clean vegetable processing and cleaning assembly lineUnder the drive of the motor, the relative reverse rolling generates friction with the product to achieve the peeling effect; And it is equipped with a specially designed automatic high-pressure spray nozzle for simultaneous peeling and rinsing, which can achieve the effect of product cleaning and peeling; And the hardness of the brush bristles can be changed according to the product variety. Choosing a harder silk brush roller can achieve the effect of peeling root and stem fruits and vegetables, while choosing a softer silk brush roller can achieve the effect of waxing and polishing fruits and vegetables. It should be noted that the motor should be turned on and operated before feeding during operation, which can prolong the service life of the motor and reduce the probability of motor damage.

Specially suitable for large vegetable processing plants, with a peeling rate of over 95% and good peeling effect; The peeling thickness is around 1.5mm, with a low loss rate; The hourly output of the equipment is equivalent to the manual peeling output of 10 people, with high production efficiency; The treated outer skin can be recycled for a second time, which is beneficial for increasing the efficiency of the enterprise.

Potato peeling processing technology: quantitative improvement of equipment peeling

1. Quantitative improvement: Quantitative improvement into the peeling machine.

2. Peeling: Adopting the method of manual knife peeling to remove skin, the peeling is cleaner and more efficient

Clean vegetable processing and cleaning assembly lineThe working principle is to use the eddy currents and bubbles generated by the equipment to flexibly clean the product, without damaging the material. The cleaning water is used to form eddy currents, so that the material is cleaned in the eddy clean water. When the material is cleaned, it moves in a spiral motion together with the clean water in the cleaning tank. After cleaning, the material is pushed forward by hydrodynamic force to the vibrating conveyor mechanism and sent out of the cleaning machine

The material falls into the water and is stirred and cleaned by the churning water in the tank. The heavy pollutants such as sediment on the material detach and fall into the sedimentation zone under the filter screen. The material gradually moves to the conveyor belt under the push of the water and is lifted out of the inner tank. After spraying and cleaning, the material is washed again and enters the next process. The cleaned rinse material is intercepted by a filter screen. During the work process, the inlet pipe and sprinkler pipe supply water, gradually replacing the sewage in the water tank.