The Vodka Glass Bottle Filling Machine is a high-precision solution designed for automated filling of vodka and other alcoholic beverages into glass bottles and various container types. It supports bottles, jars, and cans of different shapes and sizes, ensuring flexible and efficient production.
Built with SUS304 stainless steel and equipped with a PLC control system and touchscreen HMI, it delivers stable operation and easy adjustment. Using piston or gear pump technology, the machine achieves up to ±0.5% filling accuracy, with speeds up to 60 bottles per minute. Anti-drip nozzles help maintain a clean and hygienic process.
Suitable for industries such as food, beverage, and chemicals, it can handle liquids like vodka, liquor, wine, syrups, sauces, and detergents. The system is fully customizable, supporting different bottle sizes (100ml–5L), container materials, and optional explosion-proof configurations, making it ideal for efficient and scalable production.
Key Features
1.High Precision Servo Filling: Servo motor control ensures accurate filling with up to ±0.5% accuracy.
2.Anti-Drip Design: SS316 filling nozzles with shut-off system and reinforced silicone tubes prevent leakage and ensure clean operation.
3.Advanced PLC Control: Equipped with a reliable PLC system and touchscreen HMI for easy operation, real-time monitoring, and quick parameter adjustment.
4.Wide Compatibility: Suitable for various container types and sizes, including plastic and glass bottles; quick changeover within minutes.
5.Vacuum Anti-Leak Technology: Prevents dripping during operation, improving product quality and reducing waste.
6.Flexible Configuration: Optional servo filling system, multi-head design, and integration with capping and labeling lines.
7.CIP Cleaning Support: Optional one-touch CIP system for efficient and hygienic cleaning.
8.Durable & Hygienic Structure: Built with high-quality materials, offering stable performance, easy maintenance, and strong adaptability across industries.
Main Parameter
Product Details
1.Planning & Design: Define production capacity, choose suitable equipment, and design an efficient layout. Consider space, utilities, and future scalability. Decide between automated or semi-automated systems based on your needs.
2.Machinery Selection: Choose reliable, high-quality equipment that matches your production goals and budget to ensure stable and efficient operation.
3.Installation & Testing: Properly install, calibrate, and test all machines to ensure smooth performance and avoid future issues.
4.Training & Safety: Train operators on machine use, maintenance, and safety procedures to improve efficiency, reduce errors, and ensure a safe working environment.
Maintenance and Troubleshooting Strategies
1.Preventive Maintenance: Perform regular inspections, lubrication, and timely replacement of wear parts to reduce downtime and extend machine life. Keep maintenance records for better tracking.
2.Operator Training: Ensure operators are well-trained in machine operation and basic troubleshooting to quickly identify and resolve issues.
3.Technical Support: Work closely with equipment suppliers or service providers to access professional support, training, and faster problem resolution.