Glass Bottle Filling Machine
Glass bottles are fed from chain conveyor into the 3-in-1 filling machine monobloc via dividing screw.
The gripper and bottle pedestal installed on the rotary disk catches bottle and turns it over 180 degrees and makes the bottleneck face ground.
In the special rinsing area, the nozzle on the gripper sprays water to rinse bottle in wall.
Glass bottles are fed from chain conveyor into the 3-in-1 filling machine monobloc via dividing screw.
The gripper and bottle pedestal installed on the rotary disk catches bottle and turns it over 180 degrees and makes the bottleneck face ground.
In the special rinsing area, the nozzle on the gripper sprays water to rinse bottle in wall.
After rinsing and draining, the bottle turns over 180 degrees along the guide rail and make the bottleneck faces sky.
Then rinsed bottles are transferred to the filling part through poking bottle star wheel and bottle pedestal.
The bottles enter into the filler are hold by neck holding plate and bottle pedestal.
The filling valve acted by the cam can realize up and down. It adopts pressure filling way.
The filling valve opens and begins filling when it moves down and touches the bottleneck, the filling valve move up and leave the bottleneck when it finishes filling, the full bottles are transferred to the capping part through transition starwheel and bottle pedestal.
The stop screwing knife holds the bottle, keeps bottle upright not rotating. The capping head can finish a whole capping course through the action of the cam. The full bottle is transferred to bottle outlet conveyor to the next process through starwheel. The whole machine is enclosed with windows, the height of enclosed window is higher than the peak of the 3 in 1 machine, in the bottom of the enclosed window has return air outlet.
The gripper and bottle pedestal installed on the rotary disk catches bottle and turns it over 180 degrees and makes the bottleneck face ground.
In the special rinsing area, the nozzle on the gripper sprays water to rinse bottle in wall.
After rinsing and draining, the bottle turns over 180 degrees along the guide rail and make the bottleneck faces sky.
Then rinsed bottles are transferred to the filling part through poking bottle star wheel and bottle pedestal.
The bottles enter into the filler are hold by neck holding plate and bottle pedestal.
The filling valve acted by the cam can realize up and down. It adopts pressure filling way.
The filling valve opens and begins filling when it moves down and touches the bottleneck, the filling valve move up and leave the bottleneck when it finishes filling, the full bottles are transferred to the capping part through transition starwheel and bottle pedestal.
The stop screwing knife holds the bottle, keeps bottle upright not rotating. The capping head can finish a whole capping course through the action of the cam. The full bottle is transferred to bottle outlet conveyor to the next process through starwheel. The whole machine is enclosed with windows, the height of enclosed window is higher than the peak of the 3 in 1 machine, in the bottom of the enclosed window has return air outlet.
Model | DCGFC 8-8-3 |
DCGFC 16-12-6 |
DCGFC 18-18-6 |
DCGFC 24-24-8 |
DCGFC 32-32-10 |
DCGFC 40-40-12 |
DCGFC 50-50-15 |
Washing No | 8 | 16 | 18 | 24 | 32 | 40 | 50 |
Filling No | 8 | 12 | 18 | 24 | 32 | 40 | 50 |
Capping No | 3 | 6 | 6 | 8 | 10 | 12 | 15 |
Capacity(500ml) | 1500BPH | 3000BPH | 5000BPH | 8000BPH | 12000BPH | 15000BPH | 18000BPH |
Installed Capacity | 2kw | 3.5 kw | 4kw | 4.8kw | 7.6kw | 8.3kw | 9.6kw |
Overall size | 2000*1600*2400 | 2450*1800*2400 | 2650*1900*2400 | 2900*2100*2400 | 4100*2400*2400 | 4550*2650*2400 | 5450*3210*2400 |
Weight | 2 T | 2.2 T | 3 T | 4 T | 8 T | 12 T | 18 T |