Plastic Bottle Pure Water Washing Filling Capping Machine Line
Product Details:
Place of Origin: | Zhangjiagang, China |
Brand Name: | FILLPACK |
Certification: | CE/ISO9001 |
Model Number: | CGF24-24-8 |
Payment & Shipping Terms:
Minimum Order Quantity: | 1set |
---|---|
Price: | 20000-24500USD |
Packaging Details: | 1. The machine is packed by wooden case. |
Delivery Time: | 20-30 Working Days After Receiving Your Deposit Payment |
Payment Terms: | L/C, D/A, D/P, T/T, Western Union, MoneyGram |
Supply Ability: | 15 Sets Per Months |
Detail Information |
|||
Machine Material: | Stainless Steel | Gravity: | Low Gravity |
---|---|---|---|
Key Selling Points: | Easy To Operate | Material: | Stainless Steel |
Structure: | 3 In 1 Monoblock | Package Volume: | 0-1000ML |
Filling Liquid: | Mineral Water | Head: | 24 |
Product Description
1. The PET 3 in 1 rinsing filling capping machine is used in production of non-soda drink of mineral-pure water packed in polyester bottles. Washing, filling and capping are integrated in one machine.
2. The most advanced technology from Japan and Germany is employed in the design. The gravity fixed liquid surface filling is used.The filling is fast, the amount of liquid is accurately controlled and the dropping and leakage are avoided.
5. The whole machine is controlled by PLC with touch-screen as the human-machine interface. The amount of the drinks in the storage tank can be controlled automatically. The filling and capping will be stopped automatically when there is no bottle. When bottles are cramped wrongly or when caps are not available, the machine can be stopped automatically.
6. The frequency changing technology is used to adjust the operation speed sleeplessly. The production capacity can be displayed digitally and can be adjusted conveniently.
Model | CGF24-24-8 |
Capacity (B/H) | 8000-12000(500ml) |
Bottle size | Neck :φ50-100mm:Height:150-320mm |
Water Pressure | 0.18-0.25Mpa |
Water consumption(kg/h) | 1000 |
Washing station | 18 |
Loading-Dripping-discharge station | 2-2-2 |
Filling precision | <+1MM |
Air pressure | 0.5Mpa |
Air consumption | 0.3m3/min |
Power(kw) | 4 |
Weight(kg) | 5000 |
Dimension(L*W*H) | 2750*2100*2400 mm |
Detailed Images
Rinsing part
1) Except the down framework, the transmission parts and some parts that must be made of special materials. Other spare parts are made of stainless steel 304.
2) The roller bearing is made of stainless steel, the sealing ring is made of EPDM material, and plastic is made of UMPE.
3) The gripper is made of stainless steel, the position where hold the bottleneck is also made of stainless steel, compared with the traditional rubber gripper, it is much hygiene, durable, and no quick-wear parts, the screw parts of the bottleneck can avoid being polluted by the rubber gripper.
4) The gripper equipped with high-efficient spray nozzle, it can develop to any position of inwall of the bottle, and can save rinsing water. There is a cover above the spray nozzle which can prevent water spilling; and there are regulatory recycle slot and recycle pipes under the nozzles.
5) Rinsing time can be guaranteed for 4 seconds.
6) By adjusting the height of the rotary parts to adapt for different bottle height.
2) The rotate plate is made of SUS AISI304, large flat toothed bearing.
3) The pressure mechanical valve is introduced the advanced foreign design with a fast filling speed, no hygiene corner pocket, a few sealing parts, and precise liquid level control. The whole valve is made of 304 stainless steel.
4) The filling system has a CIP circulation system to wash the pipeline and fake-cup used for cleaning filling valve. This system can clean the liquid pipe, liquid tank and filling valve etc. effectively.
5) This filling system has an automatic temperature control system.
6) 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.
7) The liquid supply adopts the automatic pneumatic valve magnetic liquid-level switch to control the liquid tank automaticly.
8) The motivation of the filler is derived from the driven system in the framework and passed by gear.
3) No bottle no capping.
4) Automatic stop when lack of bottle.
5) The motivation of the screwing capper is derived from the driven system in the framework and passed by gear.