Bottle is inserted into bottle-mouth-cup, and then is turned upside down. Rinsing nozzle inserts into inner space of bottle to washing inside surface. Low consumption of alkali and sterilizing solution; Energy-saving alkali heating system; Inserting rotary rinsing nozzle; No dead-angle washing effect; Compressed-air blow valve, no residual water on bottle outer bottom; Washing water is re-used.

WASHING STAGES DESCRIPTION AND WASHING TIME
1. Drip
Give time to water that attaches on the bottle outer surface, which happens on outer washing machine, avoiding the water contaminating detergent (alkali solution) and decreasing concentration of alkali.
Compressed air blow nozzle is attached, to clean the residual water on bottle bottom.
Time 24 seconds
2. Re-used water rinsing.
By using high pressure pump, it can effectively remove solid materials that attaches on the inner surface, to avoid the residuals come into the alkali tank.
The rinsing water comes from the re-used water tank, saving operational cost. Inserting-type rotary nozzle, no dead angle.
Time 24 seconds
3. Detergent rinsing.
Time 24 seconds
4. Detergent rinsing
The same as stage number 3, excepting it adopt plane-head rinsing nozzle which supplies liquid with higher pressure.
Time 24 seconds
5. Detergent rinsing
To adopt alkali to rinse inner wall of bottle. It can effectively remove oil, water scale and various unpleasant smells.
Inserting-type rotary nozzle, no dead angle.
Quick-flow chute and isolating box designing, decreasing consumption of electricity and operational cost.
Low-water level detector and alarm.
Over low water level automatic stop function.
Net-type filter is installed to prevent solid material go to water tank.
With electricity heater inside which can be easily cleaned and replace.
Tank is attached with heat-resistant material, avoiding heat loss.
Time 24 seconds
6. Drip
It collects the residual detergent back to detergent tank, to avoid the loss of chemical liquid.
Time 24 seconds
7. Re-used water rinsing
It can effectively clean the residual alkali that attaches on the inner surface, to avoid the alkali to react with disinfectant at next stage and further avoid the extra-consumption of disinfectant.
The rinsing water comes from the re-used water tank, saving operational cost.
Inserting-type rotary nozzle, no dead angle.
Time 24 seconds
8. Disinfectant
It can kill bacteria, fungi, viruses, and other microorganism quickly.
Inserting-type rotary nozzle, no dead angle.
Low-water level detector and alarm.
Over low water level automatic stop function.
Tank is made of 316SS.
Bottle mouth sterilizing device is equipped.
Net-type filter is installed to prevent solid material go to water tank.
Time 24 seconds
9. Disinfectant
The same as stage number 8, excepting it adopt plane-head rinsing nozzle which supplies liquid with higher pressure.
Time 24 seconds
10. Disinfectant
The same as stage number 8, except no bottle mouth sterilizing device.
Time 24 seconds
11. Drip
Give time to the disinfectant which attached on the inner wall of the bottle for the disinfecting purpose.
Time 24 seconds
12. Product water rinsing
Inserting-type rotary nozzle.
The water, after it rinses the bottle, goes back to a re-used water tank.
Tank is attached with low-water level alarm and over-low water level automatic stop. It also adopts a overflow outlet
Bottle mouth sterilizing device
Time 24 seconds
13. Product water rinsing
The same as stage number 12 excepting it adopt plane-head rinsing nozzle which supplies liquid with higher pressure, no bottle mouth sterilizing device.
Time 24 seconds
14. Drip
Time 24 seconds


Remarks: The 24 seconds lasting time includes 19.5 seconds effective rinsing time for each nozzle and 4.5 seconds for the bottles move from one rinsing stage to the next rinsing stage.