Xgf16-12-6 4000-6000bph Automatic Mineral/Pure Water Filling Machine

Specifications

Material: SUS304
PLC: LG brand
Production Capacity: , 4000-5000 bottles/h
Capacity Scale of Bottle: 350-1500ml
Full automatic

General description of the XGF16-12-6 Automatic Bottled Water Filling Machine, 3-in-1 Monoblock Filling Machine:
XGF16/12/6Washing-Filling-Capping (Three-in-One) Unit made by our company is a new product which is researched and developed on the base of importing, assimilating and absorbing the advanced technology of the same kind of domestic and foreign products, combining several-year-production experience of the company. The unit collects washing, filling and capping together. It is driven by a transmission motor. It has advantages, such as high automation level, compact structure, beautiful appearance, convenient and simple operation, safe and reliable and adjustable continuous production capacity and others. It is an ideal no-gas liquid filling production equipment in the country. It is mainly suitable for filling and capping of round or square polyester bottles. Accordin
G to the demands of different specifications of users, it is only changed a little in design to meet the user's demands.

Capacity Scale of Bottle: 350— 2000ml;
Diameter Scale of Bottle: Dia50mmDIa90mm;
Height Scale of Bottle: 160mm-310mm;
Drink Kind: Mineral Water, Pure Water, Fruit Juice, Wine and other no-gas liquid.

The filling monoblock works as follows: Bottles are fed from conveyor chain into the filling machine monoblock via star wheel. Bottle clamp installed on the rotary wheel of the rinse will grip bottle mouth and make a 180° Turn along a guide track to face the bottle mouth downward. In designated section of the rinse, rinsing water will jet out from special nozzles to flush bottle inside wall. After rinsing and dripping, bottles gripped by bottle clamp will make another 180° Turn along a guide track to resume bottle mouth facing up position. Clean bottles are discharged out of the rinse by a star wheel to feed the filler. After entering the filler, bottles are retained by neck supporting carrier plates, which are actuated by bottle carrier mechanism to raise them to engage with filling valves. Filling valves are opened by bottle presence signals. After finishing filling, valves are closed by valve closing mechanism to further stop venting to complete the filling process. Bottle carrier mechanism is lowered by a cam to disengage filled bottles with filling valves. Then bottles are transferred into the capper by a neck handling star wheel. Anti-rotation blades on capping heads will seize the bottleneck to prevent it from rotation and hold it in a upright position. The twist-on capping head will make revolving and rotating movement along with the machine to finish the complete capping process of cap picking, placing, twisting, and disengaging under the control of a cam. A discharge star wheel discharges finished bottles onto discharge conveyor belt to be conveyed out of the filling monoblock.

Composing:
1) Rinsing system: Rinsing gripper dial, separating water dial, water trough
2) Filling system: Liquid tank, filling valves, controlling rings
3) Capping system: Screwing capper, cap sorter, falling cap guide