Product Introduction: Carbonated Drink Canning Production Line
Carbonated drink canning production line is a fully automated beverage packaging solution for aluminum cans. It is widely used in carbonated beverage factories requiring high-speed, hygienic, and stable production.
The system integrates can rinsing with 80℃ hot water sterilization, high-precision filling, and reliable sealing in one continuous production flow. It is suitable for energy drinks, beer, soda water, sparkling beverages, and fruit-based carbonated drinks.
With international brand components and intelligent PLC control, it delivers high efficiency and long-term stable industrial performance.


Working principle
Step 1 – Empty Can Feeding System
Empty aluminum cans are automatically conveyed into the rinsing section.
Step 2 – High Temperature Rinsing Process
Cans are rotated and washed with 80℃ hot water for sterilization.
Step 3 – Can Inversion and Transfer
Cans are automatically turned and transferred into filling station.
Step 4 – High Precision Filling Process
SUS316L valves fill carbonated beverage with controlled liquid level accuracy.
Step 5 – Liquid Stabilization Control
System ensures consistent filling height from liquid level to can mouth.
Step 6 – Seaming and Sealing Process
Automatic rotary seaming heads seal cans with stable pressure control.
Step 7 – Finished Can Output
Sealed cans are transferred to labeling and packaging systems.
Product Parameter Table
| Parameter | Specification |
|---|---|
| Number of Filling Heads | 40 |
| Number of Sealing Heads | 8 |
| Production Capacity (Adjustable) | 27000 cans/h |
| Can Diameter | 52.5–99 mm |
| Can Height | 39–160 mm |
| Power | 11.5 kW |
| Weight | 9000 kg |
| Dimension (L×W×H) | 4600 × 2400 × 1900 mm |
Competitive Comparison
| Feature | Canning Production Line | Traditional Filling Machine |
|---|---|---|
| Automation level | Fully automatic PLC system | Manual operation required |
| Filling accuracy | High precision SUS316L valves | Inconsistent filling |
| Hygiene standard | 80℃ sterilization rinsing | No sterilization system |
| Sealing quality | Automatic seaming heads | Manual sealing risk |
| Production speed | High-speed continuous output | Low batch production |
| Stability | Industrial-grade components | Limited durability |
Main Features
- Automatic can lifting, turning, filling, and sealing system
- SUS316L stainless steel high-precision filling valves
- SUS304 stainless steel rotary platform and rinser structure
- Stable liquid level control with high filling accuracy
- High-speed rotary filling and seaming integrated design
- ABB / SEW industrial motor for stable power output
- Mitsubishi PLC intelligent control system
- Omron and Keyence photocell detection system
- German TURCK proximity switch for accurate sensing
- Automatic no-can no-filling safety protection system
- 80℃ hot water rinsing for sterile can cleaning
- Strong sealing performance with no leakage risk
Why Choose This System
- Higher efficiency than semi-automatic can filling machines
- Better sealing quality than manual seaming systems
- More stable performance than traditional mechanical fillers
- Higher hygiene standard than open filling equipment
- Lower maintenance cost due to stainless steel design
- Stronger automation with PLC intelligent control


Application Scenarios
- Carbonated beverage bottling factories for soda and sparkling drinks
- Beer canning plants requiring automatic filling and sealing systems
- Energy drink production lines with high-speed continuous filling
- Soft drink manufacturing plants for cola and flavored beverages
- OEM beverage factories handling private label canned drink production
- Export beverage processing facilities for international canned products
- Industrial plants upgrading from manual to automated canning systems
- Start-up beverage brands building scalable carbonated drink production
- High-output factories improving efficiency with integrated filling lines
- Beverage packaging workshops producing aluminum canned drinks
Buying Guide
When selecting a carbonated drink canning production line, consider production capacity, beverage type, and packaging requirements. For carbonated drinks, stable pressure filling and precise sealing are essential.
Choose SUS304/316 stainless steel construction for hygiene safety and long-term durability. PLC control systems ensure automation efficiency and reduce labor cost.
For high-volume beverage factories, fully automatic rinsing, filling, and sealing integration improves productivity and reduces downtime.
FAQ
Q1: What is a carbonated drink canning production line used for?
A1: It is used for filling and sealing carbonated beverages such as soda, beer, and energy drinks into aluminum cans.
Q2: How does the can rinsing system work in this production line?
A2: It uses 80℃ hot water to sterilize empty cans before filling.
Q3: What materials are used in the filling system?
A3: SUS316L stainless steel filling valves ensure hygiene and corrosion resistance.
Q4: Which beverages can be processed by this machine?
A4: It supports soda water, beer, energy drinks, and carbonated soft drinks.
Q5: What control system is used in this production line?
A5: It uses Mitsubishi PLC with Siemens and Schneider electrical components.
Q6: How does the sealing system ensure quality?
A6: Automatic seaming heads provide stable and leak-free can sealing.
Q7: Is this system suitable for large-scale factories?
A7: Yes, it is designed for high-speed industrial beverage production.
Q8: What safety features are included in the system?
A8: It includes no-can no-filling protection and automatic fault detection.
Conclusion
Carbonated drink canning production line is a high-efficiency automated beverage packaging solution designed for modern beverage industries. With integrated rinsing, filling, and sealing systems, SUS316L stainless steel components, and Mitsubishi PLC control, it ensures hygienic production, stable operation, and high-speed output. It is widely used in beer, soda, and energy drink factories, providing a reliable and scalable solution for industrial beverage manufacturing.


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