CGF
NANCHENG
Washing Filling Capping
SUS304/316
PLC+ Touch Screen
Mitsubishi/Siemens/Schneider
Engineers Available To Service Machinery Overseas
CE TUV
Bottles
Electric and pneumatic
Automatic
Food, Beverage, Commodity
High-accuracy
motor, Pump, PLC, Gear, Bearing, Gearbox, Other
Jiangsu, China
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Product Description
Our Can Carbonated Beverage Filling Machine is designed for carbonated beverages packaged in aluminum cans, including standard beverage cans widely used for soda, sparkling water, and other carbonated drinks.
The machine adopts proven isobaric (counter-pressure) filling technology, ensuring stable CO₂ retention, low foaming, and consistent fill levels during high-speed can filling operations.
Compared with bottles, aluminum cans are lightweight and thin-walled, requiring precise handling and stable filling control. This machine uses dedicated can handling and transfer systems, combined with reliable mechanical transmission, to ensure smooth, continuous, and efficient production.
This equipment is widely used in beverage factories, breweries, and canning lines requiring high output and stable carbonated beverage filling performance.

This Can Carbonated Beverage Filling Machine is suitable for a wide range of carbonated beverages packaged in aluminum cans.
With stable isobaric filling performance and reliable can handling, it is ideal for medium to high-speed can carbonated beverage production lines.
Such as cola, lemon soda, orange soda, and other flavored carbonated soft drinks packed in cans.
Plain and flavored sparkling water requiring stable CO₂ retention and consistent fill levels.
Fruit-flavored carbonated drinks, tonic water, and lightly carbonated beverages.
Carbonated beer, flavored beer, and other carbonated alcoholic drinks produced in cans.
Standard aluminum beverage cans
Sleek cans
Slim cans
Customized can formats (within specified diameter and height range)

Medium to large-scale beverage canning plants
High-speed soda and sparkling water can production lines
Beverage factories expanding from bottle lines to can packaging
New can carbonated beverage projects requiring efficient and scalable solutions
The final application scope depends on beverage formulation, carbonation level, can design, and line configuration.
2 in 1 Monoblock Design
Isobaric filling and seaming preparation are integrated into a compact and stable machine structure, reducing footprint and contamination risk.

Reliable Isobaric Filling Technology
Counter-pressure filling maintains balanced pressure between the filling tank and the can, reducing foaming, minimizing CO₂ loss, and ensuring uniform fill levels.
Dedicated Can Handling System
Cans are guided and transferred through precision-engineered guides and conveyors, ensuring smooth movement and preventing deformation of thin-walled cans.

High-Speed Operation Capability
Designed for continuous, high-speed can filling with stable performance suitable for industrial-scale beverage production.
High-Quality Industrial Components
Equipped with Siemens PLC, Mitsubishi inverters, and SMC pneumatic components to ensure reliable 24/7 operation.
Food-Grade Stainless Steel Construction
All liquid-contact parts are made of SUS304 or optional SUS316 stainless steel, fully compliant with international beverage hygiene standards.
Item | Specification |
Applicable Containers | Aluminum cans |
Can Volume | 200 ml – 500 ml |
Production Capacity | 6,000 – 36,000 CPH |
Filling Method | Isobaric (counter pressure) |
Filling Temperature | 0–4°C |
Can Handling | Can body handling |
Seaming Type | Integrated with can seamer |
Control System | PLC + Touchscreen HMI |
Machine Material | SUS304 / Optional SUS316 |
Cleaning System | CIP supported |
Final configuration is customized according to can size, beverage characteristics, carbonation level, and production requirements.
The DGD Series offers multiple configurations to meet different canning capacity requirements.
Model | Rinsing / Filling Heads | Capacity (330 ml) | Can Diameter | Motor Power | Weight |
CGF 12-4 | 12 / 4 | 3000CPH | Ø52–66 mm | ≈ 4.0 kW | ≈ 4,000 kg |
CGF 18-6 | 18 / 6 | 8000CPH | Ø52–66 mm | ≈ 5.5 kW | ≈ 5,500 kg |
CGF 24-8 | 24 / 8 | 12000CPH | Ø52–66 mm | ≈ 7.5 kW | ≈ 7,200 kg |
| CGF 36-6 | 36/6 | 18000CPH | Ø52–66 mm | ≈ 11.0 kW | ≈ 10,500 kg |
Actual output depends on can size, beverage characteristics, and carbonation level.

The machine adopts isobaric (counter-pressure) filling, which is essential for filling carbonated beverages into aluminum cans safely and efficiently.
Empty cans are rinsed and positioned under the filling valves
CO₂ gas is injected to equalize pressure between the can and the filling tank
Carbonated liquid flows smoothly into the can under balanced pressure
Filling stops automatically at the preset level
Pressure is released gradually to prevent foaming
The filled can is transferred to the seamer to seal the lid immediately
Stable CO₂ retention
Low foaming during filling
Consistent fill levels
High-speed and reliable can filling operation
Aluminum cans are lightweight and thin-walled, requiring precise pressure control and gentle filling to prevent deformation and foaming.
An isobaric can carbonated filling machine ensures:
• Stable carbonation retention
• Reduced foaming during high-speed filling
• Consistent fill levels across all cans
• Reliable operation at very high production speeds
This makes counter-pressure filling the standard solution for can carbonated beverage filling lines, including soda, sparkling water, and beer production.
Although this page focuses on the can carbonated filling machine itself, it serves as the core unit connecting upstream beverage preparation with downstream can sealing and packaging operations.

A Can Carbonated Beverage Production Line Includes
Water treatment system (RO & filtration)
CSD mixing and carbonation system
Can depalletizer
Can rinsing system
Isobaric can carbonated filling machine
Can seamer
Can dryer
Date coding
Shrink wrapping or tray packing
Palletizer system
The can filling machine directly determines carbonation stability, product taste, and overall production efficiency in can carbonated beverage production.
pure water
raw water tank → raw water pump → quartz sand filter → active carbon filter → sodium ion exchanger → precision filter → RO (Reverse Osmosis) → finished water tank
mineral water
raw water tank → raw water pump →quartz sand filter → active carbon filter → sodium ion exchanger → precision filter → hollow ultrifiltration → finished water tank
Carbonated drink mixer is applied for carbonation and proportion mixing of various gas beverage ( water, syrup and CO2 ), such as Cola and Sprite. It is the main equipment among the complete equipment of beverage production line. Carbonated drink mixer, by use of CO2 reflux deoxidation, not only save CO2, but also achieves the objective of deoxidation and makes the deoxidation water have better pre-carbonation effects.
It is convenient to adjust the gas content. Accoding to the requirements of beverage gas content, the adjustment can be done through proper operation.
Features:The containers are picked up by the infeed star wheel and transferred to the container table. The container rotation begins when they are positioned between container plates and centering bells.
The speed of the feed roller is adjusted to the required label length for continuous web tension. A standard threading unit ensures optimal film feed. In the cutting unit, the labels are precisely cut while a PLC command and servo-motor provide an exact cut-off point.
Two narrow strips of hot melt glue the labels together, which are applied by a heated glue roller to the leading and trailing label edges. The label with the glue strip on its leading edge is transferred to the container. This glue strip ensures an exact label positioning and a positive bond. As the container is rotated during label transfer, labels are applied tightly. Gluing of the trailing edge ensures proper bonding.
(1) This machine has Stainless steel housing and 10.2" Hd touch screen.
(2) It can achieve high-quality & high-speed printing in food bags, PET bottles, cosmetic box, cartons etc.
(3) It is easy to Install and operate, because it is portable and has one-click backup & recovery.
(4) Ultra-high-speed makes up to 150,000 markings per hour.
Company Profile


Nancheng Machinery is a professional can carbonated filling machine manufacturer, specializing in the design and production of isobaric can filling machines and complete can carbonated beverage production solutions.
With integrated in-house engineering, machining, assembly, testing, and quality control, we ensure consistent product quality and reliable delivery.
Each can carbonated filling machine is fully assembled and tested before shipment to ensure stable performance, hygiene compliance, and long-term reliability.
As a manufacturer-direct supplier, we offer flexible customization based on can type, production capacity, beverage characteristics, and factory layout requirements.
From standalone can filling machines to turnkey can carbonated beverage production lines, we support customers from project planning to installation guidance and after-sales service.
Siemens PLC & Servo Motion Control
ABB & SEW Drive Motors
SKF Bearings (Sweden)
Schneider & Omron Electrical Systems
Automatic CO₂ Mixer and CIP Cleaning System
20+ years beverage equipment experience
Global service network with 24/7 after-sales support
Custom design according to bottle type and factory layout
Lifetime technical support and spare parts supply
One-stop solution for carbonated beverage filling production line
Our mission is to help beverage manufacturers achieve stable quality, higher productivity, and competitive cost efficiency with world-class technology.


FAQ
Yes. The machine can be configured to handle different can diameters and heights within the specified range by adjusting dedicated format parts.
Changeover is straightforward and can be completed efficiently by trained operators.
Yes. The isobaric (counter-pressure) filling system is suitable for carbonated beer as well as other carbonated beverages, helping maintain carbonation stability and reduce foaming during filling.
A filling temperature of 0–4°C is recommended.
Lower temperatures improve CO₂ solubility, reduce foaming, and help achieve stable and consistent fill levels.
Yes. The machine supports CIP (Clean-In-Place) cleaning for filling valves and product pipelines.
This allows internal cleaning without dismantling the system, reducing downtime and ensuring hygiene compliance.
Yes. The filling machine is designed to work seamlessly with can seamers, forming a stable and continuous can filling and sealing line.
Multiple configurations are available to match different capacity requirements, ranging from medium-speed to high-speed industrial canning lines.
The final capacity depends on can size, beverage characteristics, and line configuration.
The isobaric filling process maintains balanced pressure between the filling tank and the can, while controlled pressure release helps minimize foaming and product loss.
Daily maintenance typically includes basic cleaning, lubrication checks, and visual inspection.
With proper operation and scheduled servicing, the machine is designed for stable long-term industrial use.
Yes. We provide installation guidance, operator training, remote technical support, and spare parts supply to ensure smooth commissioning and reliable long-term operation.
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