MIC 40-10 Carbonated Drink Filling Machine (8000-15000CPH)
Company Introduction
Jiangsu Mic Machinery is a trusted leader in the design and manufacturing of advanced filling and packaging equipment. With a reputation for excellence, we specialize in delivering high-performance solutions for the beverage industry. Our innovative machines, including the MIC 40-10 carbonated drink filling machine, are designed to meet the demands of modern production facilities, ensuring efficiency, precision, and reliability.
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Aluminum Can Seaming Machine An aluminum can seaming machine efficiently seals aluminum cans with precision, ensuring airtight closure for beverage packaging. It improves production speed, reduces waste, and maintains product freshness. |
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Filling Valve A filling valve is a crucial component in beverage and liquid packaging systems, ensuring precise and efficient filling. Designed for accuracy and hygiene, it regulates liquid flow, minimizing waste and maintaining product quality during the filling process. |
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PLC and Touch Screen |
Features of the Carbonated Filling Machine
The MIC 40-10 Automatic carbonated drink filler is equipped with state-of-the-art technology to streamline beverage production. Key features include:
High-Speed Filling: Capable of filling up to 24,000 bottles per hour, this machine meets the needs of high-volume production lines.
Isobaric Filling System: Maintains consistent carbonation levels and ensures uniform beverage quality in every bottle.
Multifunctional Design: Combines bottle rinsing, filling, and capping into a single compact system, saving space and enhancing productivity.
PLC Control System: The user-friendly touch-screen interface provides operators with real-time monitoring and easy adjustment of settings.
Versatile Compatibility: Handles various bottle sizes and materials, such as PET and glass, making it ideal for a wide range of carbonated beverages.
Hygienic Construction: Made from food-grade stainless steel, the machine ensures sanitation and durability.
Energy Efficiency: Designed with advanced engineering to reduce energy consumption while maintaining high output.
Advantages of the Carbonated Filling Machine
The MIC 40-10 Carbonated drink fill system offers several competitive advantages:
1、Precision and Consistency
The machine’s isobaric filling process ensures uniform levels of carbonation and accurate filling volumes.
2、Time-Saving Automation
Automated rinsing, filling, and capping processes reduce manual labor and operational downtime.
3、Enhanced Safety Features
Includes overload protection, emergency stop functions, and safety guards for operator security.
4、Cost Efficiency
Low maintenance requirements and energy-efficient design help reduce long-term operational costs.
5、Adaptability
Ideal for various carbonated drinks such as soda, sparkling water, and flavored beverages, enabling versatility for manufacturers.
6、Ease of Maintenance
The modular design simplifies cleaning and servicing, minimizing production interruptions.
With its robust design and advanced capabilities, the MIC 40-10 carbonated drink filling machine represents the perfect balance of efficiency, quality, and reliability. At Jiangsu Mic Machinery, we are dedicated to helping our clients achieve optimal performance and meet the evolving demands of the beverage industry.
MIC 40-10 Parameters
| Power | 5.5Kw | |
| Filling heads | 40piece | |
| Sealing heads | 10piece | |
| Production capacity | 8000-15000CPH based on 330ml | |
| Filling temperature | 0-4 ℃ | |
| Filling pressure | Max 5bar/0.5Mpa | |
| Can diameter range | Ф40-90MM | |
| Bottle height | 92-168MM | |
| Dimension | 3000*1900*2100mm | |
| Weight | 4500Kg | |
| Name | Brand |
| Touch screen | Siemens (Germany) |
| AC Contactor | Schneider (France) |
| PLC | Siemens (Germany) |
| Frequency changer |
Schneider (France) |
| Air cylinder |
FESTO (Germany) |
| Solenoid valve |
FESTO (Germany) |
| Relay |
Omron (Japan) / Schneider (France) |
| photoelectric sensor |
Autonics (Korea) / Omron (Japan) |
| Proximity switch |
Autonics (Korea) / Omron (Japan) |
