The Soda Bottling Machine from Mic Machinery is designed for filling and capping PET bottles containing soda, carbonated beverages, fizzy drinks, and sparkling water. Featuring a 50-50-12 configuration, this system uses counter-pressure filling technology to help control foaming and retain carbonation under suitable operating conditions. With a reference capacity of 10,000–18,000 bottles per hour, this machine is an option for beverage manufacturers seeking an integrated solution for high-speed carbonated drink packaging.
Model: 50-50-12
Reference Capacity: 10,000–18,000 BPH
Bottle Type: PET Bottle
Main Functions: Rinsing, Counter-Pressure Filling, and Capping
The following table provides a preliminary overview of the 50-50-12 machine configuration. Confirm the final specifications with Mic Machinery before publication or purchase.
| Parameter | Specification |
|---|---|
| Machine Model | 50-50-12 |
| Equipment Type | Counter-Pressure Beer Filling Machine |
| Reference Production Capacity | 10,000–18,000 bottles per hour |
| Applicable Bottle | PET bottle |
| Rinsing Heads | 50 |
| Filling Valves | 50 |
| Capping Heads | 12 |
| Filling Principle | isobaric filling |
| Applicable Products | Beer, carbonated beverages, fizzy drinks, sparkling water |
Capacity is a reference range. Actual output depends on bottle volume, product temperature, carbonation level, foaming characteristics, filling pressure, cap specifications, and operating conditions.
Bottle Rinsing System
The rinsing section cleans the inside of empty PET bottles before filling. The bottle handling mechanism positions and transfers bottles smoothly, helping maintain a continuous production process.
Counter-Pressure Filling System
The 50-valve filling section uses counter-pressure filling technology for compatible carbonated beverages. It helps reduce excessive foaming and CO₂ loss during filling, making it suitable for beer and sparkling water applications when correctly configured.
Mechanical Structure
The integrated machine combines rinsing, filling, and capping in one system. Its coordinated drive and bottle transfer mechanisms support stable operation, while accessible components facilitate routine inspection, cleaning, and maintenance.
Soda manufacturers need a filling process that accommodates carbonation, temperature, bottle design, and target output. This soda bottling system can be evaluated for compatible PET bottles containing carbonated soft drinks.
Carbonated beverages may foam during filling if pressure and temperature are not appropriately controlled. Counter-pressure filling helps manage these conditions and can support a more consistent filling process when properly adjusted for the product.
Sparkling water is another potential application for a compatible counter-pressure filling system. Bottle pressure resistance, carbonation level, cap compatibility, and required production speed should be reviewed before selecting the final configuration.
When selecting a pet soda filling machine, manufacturers should consider more than nominal capacity. Bottle specifications, CO₂ content, filling temperature, packaging format, and downstream equipment all affect the final line design.
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A complete PET beer packaging line may include bottle blowing, beverage preparation, counter-pressure filling, capping, labeling, case packing, and palletizing. The actual equipment combination depends on the product formulation, bottle specifications, target capacity, and factory layout.
A bottle blowing machine produces PET containers from compatible preforms. For carbonated products, the bottle design and pressure rating must be suitable for the intended beverage and storage conditions.
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A carbonated drink preparation system may be used for compatible beverages that require ingredient blending and carbonation before filling. For beer projects, upstream equipment must be selected according to the brewing process and product requirements; a standard soft-drink mixing machine should not be assumed to replace brewery-specific equipment.
The preparation and filling sections should be coordinated for product temperature, carbonation level, transfer pressure, and required production rate.
After filling and capping, compatible bottles can be transferred to a labeling station. The correct labeling configuration depends on bottle geometry, label dimensions, material, and positioning requirements.
A case packing machine organizes finished bottles into cartons or other compatible secondary packaging. The packing format should be selected according to bottle dimensions, carton size, case arrangement, and required throughput.
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A palletizer arranges packed cases or compatible loads into a defined pallet pattern. It supports downstream handling and helps prepare finished goods for warehouse storage or shipment.
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For facilities requiring coordinated end-of-line automation, a palletizing system can be selected according to case dimensions, pallet patterns, handling requirements, and available floor space.
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When evaluating a soda bottling equipment supplier, buyers should review documentation relevant to the destination market and intended application. Depending on the project, this may include applicable CE conformity documentation, a valid ISO certificate covering the relevant organization or facility, and documentation for product-contact materials and hygiene requirements.
Certification claims should match valid documents and their scope. Request the certificates, declarations, and technical files applicable to the specific equipment being purchased.
Before placing an order, buyers should review machine construction, electrical components, safety features, product-contact materials, operating instructions, and maintenance requirements.
Factory photographs, assembly images, and operating videos can help buyers assess the equipment. Where possible, request a test using representative PET bottles, caps, and beverage samples to evaluate bottle handling, filling performance, foaming, and capping results.
For counter-pressure applications, confirm that the machine, bottle, and closure are suitable for the required operating conditions.
Potential applications include soda, carbonated soft drinks, fizzy beverages, and sparkling water, provided the products and packaging match the final machine configuration.
The reference capacity is 10,000–18,000 bottles per hour. Actual output depends on bottle volume, carbonation level, beverage temperature, filling conditions, and capping requirements.
Counter-pressure filling helps manage pressure differences during filling, reducing excessive foaming and supporting better carbon dioxide retention under suitable operating conditions.
The specified application is PET bottles. For carbonated beverages, confirm the bottle's pressure rating, neck finish, closure compatibility, and suitability for the intended carbonation and storage conditions.
Provide the beverage type, bottle volume, bottle drawing or sample, cap specification, carbonation level, target hourly output, filling temperature, and destination market. These details help determine the suitable filling configuration and supporting equipment.
Planning a new carbonated beverage production line or upgrading existing equipment? Contact Mic Machinery with your beverage specifications, PET bottle details, target capacity, and packaging requirements. Our team can assess a suitable machine configuration and compatible supporting equipment for your project.