Small sacle bottle water filling machine collect rinser, filler and capper in one machine. It used to bottling and production 200ml, 500ml, 555ml, 600ml, 1000ml, 1500ml and 2000ml bottled water. It widely used for bottling mineral water, spring water, purified water, sport water and vitamin water.
2000BPH Easy Water Bottling Machine 12-12-1
| Bottle Volume | 200ml-2000ml |
| Capacity | 2000 bottles per hour |
Ex-factory complete washing filling capping three water bottling machine fully set price $9000. Come with 6meter conveyor belt and motor. Got it without agent.
2000BPH small Sacle Water Bottling Machine 8-8-3 three in one
| Bottle Volume | 200ml-2000ml |
| Capacity | 2000 bottles per hour |
Newest monoblock filling machine for small bottle 200ml to 2000ml. It collect rinser filling and capper in one machine. It is the smallest monoblock rotary filling machine in the world.
4000BPH Water Bottling Machine 16-12-6 three in one
| Bottle Volume | 200ml-2000ml |
| Capacity | 4000 bottles per hour |
16/12/6 Washing-Filling-Capping (Three-in-One) Rotary water bottling machine made by our company is a new product which is developed on high-speed monoblock bottling machine.
6000BPH Water Bottling Machine 18-18-6 three in one
| Bottle Volume | 200ml-2000ml |
| Capacity | 6000 bottles per hour |
18/18/6 Monoblock bottled water filling machine collect rotary rinser filler and capper in one machine for fast bottling and production 500ml 1000ml 1500ml bottle water.
10000BPH Water Bottling Machine 24-24-8 three in one
| Bottle Volume | 200ml-2000ml |
| Capacity | 10000 bottles per hour |
24/24/8 Fast Monoblock bottle water filling machine collect rotary rinser filler and capper in one machine for fast bottling and production 500ml 1000ml 1500ml bottle water.
what is Rotary Bottle water filling machine?
A rotary water bottling machine is a type of automated machine that is used to fill and seal water bottles. It typically consists of several stations or modules that perform different tasks in the bottling process. These tasks may include bottle washing, filling and capping.
The rotary design of the machine refers to the fact that it has a rotary platform or turntable that holds the bottles in place as they move through the various stations. The bottles are usually placed on the turntable in a specific pattern, and the machine rotates the turntable to move the bottles from one station to the next.
Rotary water bottling machines are typically used in the beverage industry to produce large quantities of bottled water for commercial distribution. They are designed to be fast, efficient, and precise, and are capable of filling and sealing hundreds or even thousands of bottles per hour.
Rotary Bottle Washing
Every rinser head is moving synchronously with bottle while washing the plastic bottle. It working around 360 degree disk. rotary plastic bottle washing machine works is by using a series of spray nozzles to rinse the inside and outside of the bottle
Overall, rotary bottle washing machines are a popular choice for bottling operations due to their high capping speed, flexibility, and reliability.
Rotary Bottle Filling
Rotary filling machines are called “rotary” filling machines because they use a rotating disc or turret to hold the bottles in place while they are filled. Every filler head is moving synchronously with bottle while filling water into the bottle. It working around 360 degree disk.
Another advantage of rotary filling machines is their flexibility. These machines can be easily configured to fill a wide range of bottle sizes and shapes, and can be easily adjusted to fill different volumes of liquid. This allows bottling operations to use the same filling machine for a variety of products and packaging sizes.
Rotary Bottle Screw Capping
Rotary screw capping machines use a rotating screw mechanism to apply caps or other closures to bottles or containers. Every capper head is moving synchronously with bottle while capping the bottle water. It working around 360 degree disk.
Rotary screw capping machines are also known for their reliability and durability. These machines are built to withstand the rigors of high-speed capping operations, and are designed to operate continuously for long periods of time without requiring frequent maintenance or repairs.