Glass Bottle Filling Solution is a fully automatic juice and beverage production system designed for glass bottle rinsing, filling, and capping operations. The integrated production line connects water treatment, juice preparation, bottle blowing, sterilization, filling, labeling, and shrink wrapping into one continuous hygienic process. Featuring PLC intelligent control, high-precision filling technology, and CIP cleaning system, the solution ensures stable production efficiency, safe beverage quality, and large-scale industrial bottling performance for modern beverage factories.
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Glass Bottle Filling Solution is an advanced automatic beverage production system designed for juice drinks, pure water, and liquid beverages packed in glass bottles. The system integrates multiple processing stages including water purification, juice preparation, bottle blow molding, filling, sterilization, labeling, and final packaging.
The production line uses a heat-resistant PET or glass bottle filling technology suitable for high-quality juice beverage production. Raw water is purified through a water treatment system and stored in a sterile tank, while juice is prepared in a controlled mixing system and maintained at constant temperature in an insulated tank.
The system ensures continuous flow, stable pressure, and hygienic filling conditions through advanced storage hopper design and CIP cleaning system. It is widely used in modern beverage manufacturing plants requiring high-speed, safe, and efficient glass bottle filling operations.
Step 1: Water Purification Process Raw water is purified and sterilized through a water treatment system and stored in a sterile tank.
Step 2: Juice Preparation Process Juice ingredients are mixed in a controlled preparation system and stored in an insulated tank.
Step 3: Bottle Production Process Heat-resistant PET bottles are produced using automatic blow molding machines.
Step 4: Bottle Conveying Process Empty bottles are transported via air conveyor into the filling system.
Step 5: Rinsing and Sterilization Bottles are rinsed and sterilized to ensure hygienic conditions.
Step 6: Filling Process Prepared juice is pumped into bottles using high-precision filling heads.
Step 7: Capping Process Bottles are automatically sealed using synchronized capping machines.
Step 8: Bottle Sterilization Transfer Bottles pass through overturn sterilization to clean bottle neck and cap area.
Step 9: Cooling and Drying Bottles are cooled and dried before labeling process.
Step 10: Labeling and Packaging Finished bottles are labeled and packed using shrink wrapping machines.
| Parameter | Specification |
| Capacity (500 ml) | 8000-12000 BPH |
| Suitable Bottle Shape | Round or Square Bottle |
| Bottle Diameter | Φ49-Φ116 mm |
| Bottle Height | 160-320 mm |
| Compressed Air Pressure | 0.2-0.8 MPa |
| Washing Medium | Pure Water |
| Washing Water Pressure | >0.06 MPa, ≤0.2 MPa |
| Total Power | 5.5 kW |
| Overall Dimensions | 3050 × 2400 × 2300 mm |
| Weight | 6400 kg |
| Comparison Item | Glass Bottle Filling Solution | Traditional Filling Line |
|---|---|---|
| Production Process | Fully integrated system | Separate machines |
| Hygiene Level | Closed sterile filling | Higher contamination risk |
| Filling Accuracy | High precision umbrella filling | Less stable filling |
| Temperature Control | Advanced stable system | Limited control |
| CIP Cleaning | Fully automated CIP system | Manual cleaning required |
| Production Efficiency | High-speed continuous flow | Lower efficiency |
| Labor Requirement | Minimal workforce | High labor dependency |
| Oxygen Control | Low dissolved oxygen system | Higher oxidation risk |
| Packaging Integration | Fully automatic line | Separate packaging steps |
| Maintenance | Centralized system | Complex multi-machine maintenance |
1. Fully Automatic Production Integration
Connects water treatment, juice preparation, filling, and packaging into one automated system.
2. High Precision Filling Technology
Umbrella-type filling heads ensure fast filling speed and accurate liquid level control.
3. Stable Temperature Control System
Maintains optimal beverage temperature for consistent product quality.
4. Advanced CIP Cleaning System
Supports complete cleaning-in-place for hygienic and safe production.
5. Closed Sterile Filling Environment
Minimizes oxygen exposure and prevents contamination during filling process.
6. Constant Flow Pressure System
Ensures stable material supply without foaming or liquid fluctuation.
7. Intelligent PLC Control System
Provides automation control, fault detection, and synchronized production management.
1. Complete Turnkey Beverage Solution
Integrates water treatment, filling, and packaging in one production line.
2. High Hygiene Production Standard
Closed system design reduces contamination and improves product safety.
3. Stable High-Speed Operation
Supports continuous production with high efficiency and low downtime.
4. Advanced CIP Cleaning System
Ensures fast and thorough cleaning for food-grade production safety.
5. Precise Filling Control
Maintains accurate liquid level and reduces product waste.
6. Strong Temperature Stability
Ensures consistent beverage quality during hot filling process.
1. Glass Bottle Juice Production Plant
Used for large-scale juice beverage filling and packaging production.
2. Beverage Manufacturing Factory
Suitable for carbonated and non-carbonated beverage bottling lines.
3. Pure Water Glass Bottle Plant
Designed for high-quality purified water glass bottle production.
4. Fruit Juice Processing Industry
Ideal for fresh juice and concentrated juice beverage packaging.
5. OEM Beverage Production Business
Supports private label beverage manufacturing and contract filling.
6. High-End Beverage Packaging Factory
Used for premium bottled beverage production requiring hygiene standards.
1. Confirm Beverage Type
Identify whether production is juice, pure water, or mixed beverage.
2. Choose Bottle Material
Select glass bottle or heat-resistant PET bottle according to product requirement.
3. Determine Production Capacity
Select suitable output speed based on factory demand and expansion plan.
4. Evaluate Filling Technology
Check whether hot filling or cold filling is required.
5. Assess Hygiene Requirements
Ensure CIP system and sterilization functions meet food safety standards.
6. Check Automation Level
Determine PLC system integration and packaging automation needs.
Q1: What is a glass bottle filling solution for juice production?
A: It is an automatic system for rinsing, filling, and capping juice in glass bottles with high hygiene standards.
Q2: How does a glass bottle beverage filling line work?
A: It integrates water treatment, juice preparation, filling, sterilization, and packaging into one system.
Q3: What beverages can be produced with this filling system?
A: Juice, pure water, fruit drinks, and other liquid beverages can be processed.
Q4: What is CIP system in beverage filling machine?
A: CIP is a cleaning-in-place system that automatically cleans internal pipelines without disassembly.
Q5: Why is temperature control important in juice filling?
A: It ensures beverage stability, prevents spoilage, and maintains product quality.
Q6: What is umbrella filling technology?
A: It is a high-speed filling method ensuring accurate liquid distribution and reduced foaming.
Q7: Can this system reduce dissolved oxygen in juice?
A: Yes, the system minimizes oxygen exposure during filling to improve shelf life.
Q8: What is the production capacity of glass bottle filling line?
A: Capacity varies depending on configuration, suitable for medium to large-scale factories.
Glass Bottle Filling Solution is a highly efficient, fully automatic beverage production system designed for juice and water filling in glass bottles. With integrated water treatment, juice preparation, sterilization, precision filling, and CIP cleaning, it ensures hygienic production, stable quality, and high-speed operation. The system is ideal for modern beverage factories seeking turnkey production solutions with reduced labor cost, improved efficiency, and consistent product safety.
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