6000BPH(1000ML)

Packaging Type&Specifications

Process Flow Description

Process Design Parameters

Technical Specifications of Main Equipment

GDXGF14-24-24-24-8 Cold Chain Ultra-Clean Filling Integrated Machine

The GDXGF14-24-24-24-8 PET bottle cold chain ultra-clean filling integrated machine integrates disinfection filling, disinfection pouring, bottle rinsing, filling, and capping systems.

1. Requirements for PET Ultra-Clean Filling Process

PET ultra-clean filling refers to: materials that have been pasteurized and cooled to a low temperature, together with bottles and caps sterilized by disinfectant, are filled and capped using sterile equipment in an ultra-clean environment to obtain products that can be stored under cold chain conditions.

• Key Elements of Clean Filling
• Clean materials
• Clean packaging materials (including bottles and caps)
• Clean filling and sealing environment
• Clean energy
• Clean equipment
  • Composition and Technical Features of Ultra-Clean Filling Equipment
  • Material Storage Tank for Filling
• The clean tank is a fully enclosed container with an insulation layer and CIP cleaning balls, free of any cleaning dead corners.
• Designed with negative pressure to prevent damage to the container structure due to vacuum inside the tank caused by operational errors or control system failures.
• Adopts steam sterilization.
• Uses an external weighing sensor to control liquid level, reducing the risk of contamination at instrument interfaces.
• It can use sterile compressed air for back pressure to maintain a positive pressure inside the tank at all times.
  • Sterile Compressed Air Unit
• Sterile compressed air is used for: back pressure of the sterile tank, drying caps after sterilization, cap conveying, and driving the cap stop cylinder.
• Adopts membrane filtration technology from Pall Corporation (USA) with fluoroplastic filter membranes.
• Mainly composed of compressed air pre-filter, sterile filter, steam filter, valves, and instruments.
• The control system is equipped with interlock control for sterile and non-sterile states.
  • Cap Lifting and Sorting Machine

Used to lift caps from the ground to the slide of the disinfection machine, consisting of a cap storage tank, lifting belt, and cap discharge device.

• Cap Sterilizer

Adopts spray-type sterilization process for caps.

1.  Linear cap disinfector: first sprays disinfectant for a certain period, then rinses thoroughly with sterile water, and finally blows off most water droplets with sterile compressed air before sliding into the cap feeding guide rail of the capping machine.
2. Caps move in a single row in the disinfector, ensuring consistent sterilization time for all caps without omission and high reliability. The sterilization time is determined by the length of the machine and the output of the capping machine.
3. Disinfectant is supplied by a disinfectant preparation system and maintained in a continuous circulation state to ensure stable concentration.
   1. Combined Machine (Disinfectant Filling, Disinfectant Pouring, Bottle Rinsing, Filling, and Capping)
4. Bottles blown by the blow molding machine are transported to the disinfectant filling machine through an air duct. After filling, they are transferred to the disinfectant pouring equipment. In the disinfectant pouring machine, the bottles are first flipped 180°, then the inner and outer walls are sterilized with disinfectant for a certain time, and then flipped back 180°. After two rounds of disinfectant sterilization, the bottles are sent to the sterile water rinsing machine via a star wheel.
5. The sterile water rinsing machine uses sterile water as the spray medium and adopts an efficient rinsing process.
6. After being fully cleaned and drained, the bottles are sent to the filling machine via a star wheel. The filling machine uses non-contact filling valves to prevent cross-contamination. The sterile filling valves adopt volumetric measurement with electromagnetic flowmeters. Each filling valve is equipped with a dummy cup (or false cup); during internal cleaning and disinfection, the dummy cup and filling valve form a cleaning and disinfection loop for the feed pipe and return pipe. To ensure reliable sterility, steam barriers are installed on both sides of the dynamic seal of the material channel in the central pipe of the filling machine to prevent bacteria from entering the material pipeline. A water seal tank with disinfectant is installed between the rotating parts of the filling machine and the outer cover to prevent external air from entering the isolation chamber. A bottle detection device is installed next to the bottle inlet star wheel of the filling machine to realize the no-bottle no-filling function. After filling, the bottle mouths are rinsed and sent to the capping machine via a star wheel.
7. Only the capping head of the capping machine is located in the clean room, and the rest of the transmission parts are arranged outside the clean room. A water seal tank is installed between the rotating parts of the capping machine and the isolation cover to prevent external air from entering the isolation chamber. The capping machine is equipped with a cap stop cylinder (no-bottle no-cap supply) and a cap shortage detection sensor (automatic shutdown when caps are insufficient). The capped products are pushed to the conveyor belt by a star wheel and sent out.
   1. Feed Valve Group and Feed Surge Tank
8. Located on the combined machine; the feed valve group centrally installs control instrument valves.
9. The feed surge tank is installed on the rotating shaft of the filling machine to ensure stable pressure of filling materials. Equipped with automatic pressure and liquid level control systems, it is a fully enclosed structure with CIP cleaning balls, free of cleaning dead corners.

PET Milk Cold-Chain Filling Machine最先出现在VPack China。

Differences Between Semi-automatic and Automatic Water Filling Machines

The main differences between semi-automatic and fully automatic water filling machines are the degree of automation, operation mode, production capacity, cost and applicable scenarios.

1. Workflow Comparison

Semi-Automatic Water Filling Machine:

Operator manually places empty bottles at the filling position;
Filling starts via button or foot pedal;
After filling, bottles are removed manually;
Caps are placed and tightened manually or with a separate capping machine;
Labeling, coding, and packaging are also done manually.

Fully Automatic Water Filling Machine:

Bottles are automatically fed via conveyor;
Bottles are automatically rinsed (air or water wash);
Filling heads automatically position and fill bottles precisely;
Automatic cap placing and capping (screw or press caps);
Optional automatic labeling, coding, and packaging—can be integrated into a full production line.

2. Structural Components Comparison

Semi-Automatic Water Filling Machine:

Semi-automatic machines usually have one or more filling heads and require manual bottle placement. They lack automated conveyor systems and are controlled through simple buttons or foot pedals. Capping is either manual or handled by a separate device. They often do not include automatic rinsing or sterilization systems and are not designed for integration into a production line.

Fully Automatic Water Filling Machine:

Fully automatic machines are more advanced, with multiple filling heads that operate with precise positioning. Bottles are moved automatically using conveyors. These machines are controlled via a PLC system with a touchscreen interface, and include automatic capping, rinsing, and sterilization features. They are designed to integrate with other machines such as labeling and packing systems.

3. Pros and Cons

Semi-Automatic Water Filling Machine:

Semi-automatic machines are affordable, easy to operate, and require less space. They are ideal for small-scale or startup businesses. However, they are labor-intensive, offer lower productivity, and pose greater hygiene risks due to frequent manual handling. Their production consistency also depends heavily on operator skill.

Fully Automatic Water Filling Machine:

Fully automatic machines provide high efficiency, better consistency, and support for long-term operation. They meet higher hygiene standards, especially important for bottled water production. Over time, they can reduce labor costs. However, the initial investment is higher, they require more space and utilities, and maintenance needs skilled technicians. Adjusting for different bottle types also takes more time and effort.

4. Suitable Use Cases

Semi-Automatic Water Filling Machine:

Semi-automatic machines are best suited for small bottled water plants, low daily production (under 1,000 bottles), and environments with limited budgets. They also work well in labs, testing centers, or places where flexibility is needed.

Fully Automatic Water Filling Machine:

Fully automatic machines are ideal for medium to large water factories, especially those producing over 5,000 bottles per day. They are necessary for premium brands with strict hygiene requirements or for factories aiming to scale up production while minimizing labor.

5. Buying Recommendations

If your budget is under 30,000 RMB, a semi-automatic machine is typically sufficient. For budgets over 100,000 RMB and daily outputs exceeding 5,000 bottles, a fully automatic production line is recommended. In areas where labor is expensive or scarce, automation helps reduce operational costs. For businesses aiming for high sanitary standards and product consistency, fully automatic systems are a better fit.

Let me know your specific needs—such as daily output, type of water, bottle sizes, and budget.

Differences Between semi-automatic and Automatic Water Filling Machines最先出现在VPack China。

What types of beer filling machines are there?

Beer filling machines can be divided into several types according to different processes and application scenarios, mainly the following categories:

Normal Pressure Filling Machine

Suitable for filling beer with better self-flow properties, such as some low-pressure or less foaming beer.
During filling, the pressure inside and outside the container is the same, and the bottle flows in by its own weight.

Isobaric Filling Machine (Isobaric Negative Pressure Filling)

Before filling, fill the bottle with a certain pressure of gas to make the pressure inside and outside the bottle consistent, and then fill the liquid.
Commonly used in carbonated beverages, such as beer and carbonated beverages, it can effectively reduce foam and gas loss.

Negative Pressure filling machine

Use negative pressure (vacuum) to suck beer into the bottle.
It is more suitable for small-batch production or products that are highly sensitive to foam, but it is not as common as isobaric filling in the beer field.

Reflux Isobaric Filling Machine

A special isobaric filling process, in which the gas can flow back to the liquid storage tank during the filling process, reducing the generation of bubbles and improving the filling speed and quality.
Many modern beer production lines use this type.

Aseptic Filling Machine

Used for high-end craft beer, especially some beer that is not pasteurized.
The equipment has aseptic environment control to ensure the quality of beer.

Ultra-clean Filling Machine (Clean Filling)

Similar to aseptic filling, but with slightly lower requirements, suitable for beer that requires a certain degree of cleanliness but is not absolutely sterile.

Small Beer Filling Machine (Desktop/manual type)

Suitable for small breweries and home brewed beer.
Small size, simple operation, cheap price, can be filled manually or semi-automatically.

Filling and capping machine
Integrated filling and capping functions to improve production efficiency.
It is standard for most commercial beer production lines.

What types of beer filling machines are there？最先出现在VPack China。

Complete Purified Water Bottling Line Process

(From Preform Injection Molding to End-of-Line Packaging)

This production line can be divided into five main systems:

1. Preform Production System
2. Preform Heating & Bottle Blowing System
3. Aseptic Filling System
4. Inspection, Labeling & Coding System
5. End-of-Line Packaging System

1. Preform Production System (Injection Molding, Optional if Preforms are Purchased)

PET Raw Material Preparation:
PET granules are dried and dehumidified (typically at 160–180°C)

Preform Injection Molding:
Equipment: Injection molding machine + dedicated mold

Process: Plasticizing PET → Injecting into mold cavity → Cooling → Ejecting the preform

Preform Cooling and Storage or Inline Transfer:
Cooled preforms are either stored or transferred directly to the bottle blowing system

2. Preform Heating & Bottle Blowing System

Preform Sorting and Feeding:
Automatic unscrambling → Preforms are transferred to the heating unit

Infrared Heating:
Infrared lamps evenly heat the preforms for blow molding

Bottle Blowing:
High-pressure air blows the preform into a mold → Shaped into a PET bottle → Cooling

Bottle Cooling & Inspection:
Inspect for appearance and neck defects

3. Aseptic Filling System (Monoblock 3-in-1 Machine)

Bottle Rinsing
Bottles are rinsed using sterile water or ozonated water to ensure hygiene

Water Filling (Isobaric or Vacuum Filling)
Precise volume control

Foam-free filling, consistent liquid level

Cap Sorting & Capping
Caps are automatically sorted and fed → Caps are tightened with torque control

4. Inspection, Labeling & Coding System

Cap Inspection
Checks for missing caps, crooked caps, or loose caps

Defective bottles are rejected automatically

Induction Foil Sealing (Optional)
For high-end products: aluminum foil seal via induction heating enhances shelf life

Labeling
Labeling options: shrink sleeve or self-adhesive label

Labels are automatically positioned and applied

Inkjet or Laser Coding
Prints manufacturing date, batch number, and expiration date

5. End-of-Line Packaging System

Bottle Grouping
Bottles are automatically arranged in sets (e.g., 3×4, 4×6 layout)

Packaging Options:
a. Film Wrapping
Bottles are wrapped in PE shrink film → Heated shrink tunnel forms a tight pack

b. Cartoning
Automatic carton erector → Bottle loading → Carton sealing → Strapping

Palletizing and Storage
Robotic palletizer stacks finished packs/cartons onto pallets

Summary Process Flow (Simplified)

PET → Preform Injection → Preform Heating → Bottle Blowing → Rinsing → Filling → Capping→ Inspection → Labeling → Coding → Packaging → Palletizing → Storage

If you’d like a flowchart, layout diagram, or equipment list for this process, I can create one for you. Just let me know what you need!

Complete Purified Water Bottling Line Process最先出现在VPack China。

Reasons Why Businesses Need 5 Gallon Water Filling Machine？

Businesses that rely on bottled water production or water distribution can greatly benefit from 5-gallon water filling machine. Here are some key reasons why:

1. Increased Efficiency & Productivity

5-gallon water filling machine automates the filling process, significantly increasing production capacity and reducing labor costs. It can fill and seal multiple bottles per minute, improving overall efficiency.

2. Consistency & Accuracy

Manual filling methods can lead to inconsistencies in water volume. Filling machine ensures precise water levels in every bottle, maintaining quality and preventing product wastage.

3. Cost Savings

By reducing labor requirements and minimizing water wastage, businesses can save on operational costs. Over time, the investment in a filling machine leads to higher profitability.

4. Hygiene & Safety Compliance

Water quality and sanitation are crucial in the bottled water industry. A fully automated filling machine minimizes human contact, reducing contamination risks and ensuring compliance with health and safety regulations.

5. Scalability for Business Growth

As demand for bottled water increases, a 5-gallon filling machine allows businesses to scale up production efficiently. This is essential for expanding operations and meeting market needs.

6. Durability & Longevity

These machines are built for long-term use with robust materials and reliable components, reducing maintenance and replacement costs over time.

7. Versatility

Many machines can handle different bottle types and sizes, making them adaptable for various product lines or packaging requirements.

8. Brand Reputation & Customer Trust

Providing consistently high-quality bottled water enhances brand reputation. Customers trust brands that maintain high standards in packaging and hygiene.

9. Eco-Friendly & Sustainable Practices

Automated filling machines help reduce plastic waste and spillage, contributing to sustainability efforts. Some models are also designed for use with recyclable bottles.

10. Competitive Advantage

Businesses equipped with advanced machinery can outperform competitors by offering faster service, better product quality, and cost-effective pricing.

Conclusion

5-gallon water filling machine is a smart investment for businesses involved in bottled water production. It enhances efficiency, ensures hygiene, and supports business growth while reducing costs.

Would you like recommendations on the best 5-gallon filling machines available?

Reasons Why Businesses Need 5 Gallon Water Filling Machine？最先出现在VPack China。