



This video demonstrates the complete operation of an automatic juice filling machine in a hot filling production line, including sterilization, filling, capping, and cooling processes.
The system is designed to maintain high efficiency while ensuring product safety and consistent quality throughout the entire juice bottling process.
Process Overview:
1. UHT sterilization – the juice is instantly sterilized to eliminate microorganisms
2. Heating to 85–92°C – maintaining optimal temperature for hot filling
3. Hot filling – accurate and stable filling into heat-resistant bottles
4. Immediate capping – sealing the bottle to prevent contamination
5. Bottle inversion sterilization – sterilizing the cap and bottle neck area
6. Cooling tunnel – rapidly reducing temperature to preserve flavor and product quality
Each step is carefully controlled through an advanced PLC system to ensure precise temperature management, smooth operation, and minimal product loss.
This fully automated process guarantees safe, hygienic, and consistent juice production, making it ideal for modern beverage manufacturing.
| Feature | Specifications |
| Filling Temperature | 85°C – 92°C |
| Production Capacity | 2,000 – 36,000 BPH |
| Suitable Products | Juice, Tea, Functional Drinks |
| Bottle Type | Heat-resistant PET / Glass |
| Material | SUS304 / SUS316L |
| Control System | Siemens PLC |
| Motor power(KW)7.5 | 1.38 |
| Rated voltage(V) | 380V/50HZ |
| Weight | 680kg |




|
Feature | Hot Filling | Aseptic Filling |
| Investment | Low | Very High |
| Complexity | Medium | Very High |
| Application | Juice, Tea | Premium Drinks |








A turnkey solution simplifies the entire process by providing all necessary equipment and integration services.
It reduces installation risks, improves efficiency, and ensures compatibility between different systems.
For new investors, a complete juice bottling line is often the most practical and cost-effective option.
A juice filling machine is specialized beverage filling equipment designed to fill liquid products such as fruit juice, tea, and functional drinks into bottles or containers.
It is commonly used in hot filling juice production lines, where the product is filled at high temperatures to ensure sterilization and extended shelf life.
Modern automatic juice filling machines are integrated with rinsing, filling, and capping systems, making them essential for efficient juice bottling operations.
Regular maintenance includes cleaning through CIP systems, checking filling valves, inspecting seals, and ensuring proper temperature control.
Routine servicing helps maintain hygiene standards and prolongs the lifespan of the juice filling equipment.
Proper maintenance also minimizes downtime and ensures consistent production in beverage processing lines.
Hot filling technology is a process where juice is filled into bottles at temperatures typically between 85°C and 92°C.
This method eliminates harmful microorganisms without the need for chemical preservatives, making it ideal for fruit juice and tea beverages.
It is widely applied in juice bottling lines due to its cost-effectiveness and reliability compared to aseptic filling systems.
Hot filling ensures product safety by sterilizing both the liquid and the inner surface of the bottle.
It also helps extend shelf life while maintaining flavor stability, making it a preferred solution for beverage manufacturers.
Additionally, it reduces investment costs compared to more complex juice processing equipment like aseptic filling lines.
A juice filling machine operates through a series of automated steps within a juice production line.
First, the juice is sterilized using a UHT sterilizer and heated to the required temperature.
Then, the hot liquid is filled into bottles, followed by immediate capping and bottle inversion for further sterilization.
Finally, the bottles pass through a cooling tunnel before labeling and packaging in the juice bottling process.
A recirculation system is a critical component in hot filling machines that ensures continuous temperature control.
When no bottle is present under the filling valve, the juice is automatically returned to the UHT system for reheating.
This prevents temperature drops, avoids product degradation, and maintains consistent quality throughout the juice filling process.
Without recirculation, the juice could cool down inside the pipeline, leading to inconsistent sterilization and product quality.
The system ensures that every bottle is filled with properly heated liquid, improving efficiency and reducing waste.
It is a key feature that differentiates professional juice filling machines from standard liquid filling equipment.
Juice filling machines are compatible with heat-resistant PET bottles and glass bottles.
PET bottles must be specially designed to withstand high temperatures during the hot filling process.
Glass bottles are also commonly used for premium juice products due to their durability and heat resistance.
Hot filling uses high temperature to sterilize juice and containers, making it a simpler and more cost-effective solution.
Aseptic filling, on the other hand, requires sterile environments and advanced equipment, resulting in higher investment costs.
For most juice bottling plants, hot filling technology offers the best balance between cost, efficiency, and product quality.
The choice depends on your product type and budget.
Hot filling is ideal for standard juice and tea beverages, while aseptic filling is suitable for high-end products requiring longer shelf life and minimal thermal impact.
Most small to medium beverage factories prefer hot filling systems due to lower operational complexity.
Production capacity typically ranges from 2,000 to 36,000 bottles per hour, depending on the machine configuration and automation level.
Small-scale juice bottling equipment is suitable for startups, while high-speed juice filling lines are designed for large beverage manufacturers.
Choosing the right capacity is essential for optimizing production efficiency and return on investment.
A complete juice filling line includes water treatment systems, juice processing equipment, UHT sterilizers, filling machines, cooling tunnels, labeling machines, and packaging systems.
These components work together to form a turnkey juice production solution from raw materials to finished products.
Integrated systems ensure smooth operation and consistent product quality across the entire juice bottling process.
When selecting a juice filling machine, consider factors such as production capacity, bottle types, product viscosity, and budget.
It is also important to evaluate whether the manufacturer can provide a complete juice bottling line and after-sales support.
Working with an experienced juice filling machine manufacturer ensures reliable performance and long-term operational stability.
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