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General description
DXGF filling machine is designed and manufactured based on the latest technology from Germany and Italy, for the demand of technical requirement of beverage production, as carbonated drinking.
Bottles are transmitted to the “Washing machine” of the Triad Isobaric Filler by the “positive grippers” via the “air conveyer”. The “Wash gripping dial” of “Washing machine” grips bottleneck and turn 180°along a guide rail that makes bottleneck adown. The special nozzle spray wash water to clean interior of bottles in the given area. After cleaning and drying, the “Wash gripping dial” turns bottles 180°again along the guide rail that makes bottleneck up. These cleaned bottles are put out from the “Washing machine” and transmitted to the “Filling machine” via the “positive grippers”. These bottles entered the “Filling machine” are folded by bell jars and elevated up to touch with filling valve by the lifter cylinder. Before entering filling machine, there is a button for inspecting bottles on the steel thumb wheel. It sends the bottle signal to control the valve opening the filling shall be started while air injection is reached to state of Equal pressure. The filling could be stopped automatically when the liquids level reach to the height of air return pipe. The filling valve is closed recur to valve-closing mechanism after filling. Then air is discharged and the complete filling process is finished.。Bottles full filled come down to be off filling valve under the function of press -down cam and be put into the “screw capper” via transitional positive grippers. The bladed stopper on the “screw capper” locks the bottleneck to keep bottles erectly and avoid rotating. The “screw cap head” keeps revolution and rotation on the “screw capper” and carries out these movements of cap picking, cap covering, screw capping and cap unhitch etc. after that whole capping process is finished. The “cap aligner” is situated above the “screw capper”, it is connected with the cap pan of “screw capper” via the cap sliding rail. The finished bottles are transmitted to the bottle output conveyor chain via the bottle output thumb wheels. And which are transmitted out from the Isobaric filler by conveyor chain and put in the next process.
Configuration:
1. Touch screen MITSUBISHI (support Russian)
2. Frequency inverter MITSUBISHI
3. PLC MITSUBISHI
4. Contactor SCHNEIDER
5. Heat Relay SCHNEIDER
6. Air switch SCHNEIDER
7. Proximity switch BANNER
8. Photo sensor BANNER
9. Motor and reducer SEW
General description
DXGF filling machine is designed and manufactured based on the latest technology from Germany and Italy, for the demand of technical requirement of beverage production, as carbonated drinking.
Bottles are transmitted to the “Washing machine” of the Triad Isobaric Filler by the “positive grippers” via the “air conveyer”. The “Wash gripping dial” of “Washing machine” grips bottleneck and turn 180°along a guide rail that makes bottleneck adown. The special nozzle spray wash water to clean interior of bottles in the given area. After cleaning and drying, the “Wash gripping dial” turns bottles 180°again along the guide rail that makes bottleneck up. These cleaned bottles are put out from the “Washing machine” and transmitted to the “Filling machine” via the “positive grippers”. These bottles entered the “Filling machine” are folded by bell jars and elevated up to touch with filling valve by the lifter cylinder. Before entering filling machine, there is a button for inspecting bottles on the steel thumb wheel. It sends the bottle signal to control the valve opening the filling shall be started while air injection is reached to state of Equal pressure. The filling could be stopped automatically when the liquids level reach to the height of air return pipe. The filling valve is closed recur to valve-closing mechanism after filling. Then air is discharged and the complete filling process is finished.。Bottles full filled come down to be off filling valve under the function of press -down cam and be put into the “screw capper” via transitional positive grippers. The bladed stopper on the “screw capper” locks the bottleneck to keep bottles erectly and avoid rotating. The “screw cap head” keeps revolution and rotation on the “screw capper” and carries out these movements of cap picking, cap covering, screw capping and cap unhitch etc. after that whole capping process is finished. The “cap aligner” is situated above the “screw capper”, it is connected with the cap pan of “screw capper” via the cap sliding rail. The finished bottles are transmitted to the bottle output conveyor chain via the bottle output thumb wheels. And which are transmitted out from the Isobaric filler by conveyor chain and put in the next process.
Configuration:
1. Touch screen MITSUBISHI (support Russian)
2. Frequency inverter MITSUBISHI
3. PLC MITSUBISHI
4. Contactor SCHNEIDER
5. Heat Relay SCHNEIDER
6. Air switch SCHNEIDER
7. Proximity switch BANNER
8. Photo sensor BANNER
9. Motor and reducer SEW
