Filling Machine
Precision Engineering for Global Industries: Your End-to-End Partner in Advanced Filling Machine
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This fully automatic six-head peristaltic pump filling machine is specifically designed for high-standard production in the pharmaceutical, food, and daily chemical industries. Featuring a six-head synchronized design, the machine significantly boosts production efficiency. Whether for disinfectants, oral liquids, or skincare serums, this equipment delivers a stable, precise, and intelligent automated filling solution.
Streamline your production with our Fully Automatic 4-Head Tracking Filling Machine, engineered for high-speed, non-stop liquid packaging. The filling nozzles move in sync with the bottles, eliminating pauses and significantly increasing throughput. This versatile system is ideal for a wide range of viscosities, making it perfect for laundry detergent, body wash, antifreeze, and antibacterial detergents.
Advantages of GDHP Filling Machine
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Advanced Automation and Smart Integration
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High Precision and Dose Accuracy
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Versatility and Modular Flexibility
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Sanitary Design and Maintenance Efficiency
Tailored Bottle Filling Machines for Any Industry, Any Container

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Can't Find Your Machine?
To ensure your production line operates with the highest precision and efficiency, our engineers offer some selection advice.
Why is product viscosity the first factor considered in machine design?
Viscosity is the primary driver for selecting the underlying filling technology.
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Low-viscosity liquids (like water, juices, or solvents) require specific flow controls.
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High-viscosity substances (like creams, honey, or pastes) are thick and resistant to movement, requiring different mechanical force.
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The choice between gravity, piston, or pump technologies depends entirely on whether the product flows easily or requires assisted displacement.
What is "BPM," and how does it determine the scale of my equipment?
BPM (Bottles Per Minute) is the standard metric for target speed and throughput.
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For entry-level or artisan production, a semi-automatic starter line typically handles around 20 BPM.
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For industrial-scale manufacturing, fully automated systems can exceed 120+ BPM.
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Your BPM goal directly dictates the number of filling nozzles and the required level of automation.
How accurate are these machines, and how is "product giveaway" minimized?
Accuracy is vital for cost-control and regulatory compliance.
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The system uses specific cylinder sizes or flow meters to maintain a consistent dosing range (e.g., 10ml to 500ml).
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High-quality systems target a strict tolerance of $\pm 0.5\%$.
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This precision ensures you meet labeling requirements while minimizing product giveaway (overfilling).
What specialized features are available for products that foam during filling?
Foaming can slow down production and cause inaccuracies. To combat this, we integrate submerged nozzles (also known as bottom-up filling). This specialized feature allows the nozzle to stay below the liquid level as it rises, significantly reducing turbulence and foam generation.
Does machine support hot water injection and hazardous products?
Yes, the operational environment dictates specific safety and functional features.
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Hot-filling: Machines can be reinforced to handle products that must be bottled at high temperatures.
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Explosive Environments: For volatile or flammable liquids, we provide ATEX-certified systems to ensure spark-free operation.
What is a CIP system, and why is it important for sanitary industries?
CIP stands for Clean-in-Place. It is a sanitary system integrated into the filling machine that allows the internal pipes and nozzles to be thoroughly cleaned and disinfected without disassembling the entire machine. This is essential for food, beverage, and pharmaceutical industries to maintain hygiene and prevent cross-contamination.
Can a single machine handle a wide range of fill volumes?
While machines are versatile, they operate within defined dosing ranges to maintain accuracy.
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Defining your minimum and maximum volumes (e.g., 10ml vs. 500ml) allows us to select the correct hardware, such as appropriately sized pistons or flow meters.
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If your range is too broad, it may require swappable components to stay within the $\pm 0.5\%$ tolerance.



