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Technical Parameters : | ||||||
Model | CGF12-12-5 | CGF18-18-6 | CGF24-24-8 | CGF32-32-10 | CGF40-40-10 | CGF50-50-12 |
Bottle Dates | Max Height:320mm Max Dia:50-110mm 28PCO Screw Capper | |||||
Rinser No | 12 | 18 | 24 | 32 | 40 | 50 |
Filler No | 12 | 18 | 24 | 32 | 40 | 50 |
Capper No | 5 | 6 | 8 | 10 | 10 | 12 |
Capacity | 4000b/h | 6000b/h | 10000b/h | 12000b/h | 15000b/h | 20000b/h |
Power (kw) | 3.5 | 4.2 | 5.4 | 7.8 | 8.3 | 9.6 |
Overall size | 2450*1800*2400 | 2650*1900*2400 | 2900*2100*2400 | 4100*2400*2400 | 4550*2650*2400 | 5450*3210*2400 |
you also can customize the size according to your requirement, here
is only part of sample. |
Rinser part
The rotary wheel is a fully stainless steel welded structure.
The high efficiency atomizing spay nozzle installed on bottle clamp is capable of cleaning any part of bottle inner wall, and also saves rinsing water.
All sliding bushes of lifting device use Igus (Germany) anti-corrosion maintenance free bearing.
The rinser is driven by driving system positioned inside machine frame via gear transmission.
Transfer starwheel Made of stainless steel of superior quality. Equipped with bottle jam protection device
Filling Part
Rotary wheel fully made of stainless steel SUS 304. Gravity filling method.
Filling valves are made of SUS304. Filling valves are reasonably structured with accurate filling.
Bottles go up and down in the function of cam through elevator, to process filling with contact to bottle-mouth.
Level of cylinder is controlled with float-ball. Filler is driven through gears inside the machine frame.
Link-wheels in rinser, filler and capper are transported in ringed support of bottle-neck.
Capping Part
The equipment is designed and used the technology of AROL from Italy, most advance technology in the world, developed with the experience of asepsis filling machine.
Cap distributing chute is equipped with reverse cap stop and reverse cap pick-out mechanism.
Cap distributing chute is equipped with a photocell switch to stop the capper when there is no cap inside the chute.
The capper is equipped with inlet bottle detection switch. Centrifugal way of cap arranging is adopted to reduce damage of caps.
A cap inspecting system is applied to control on-off of elevator.