Automatic Bottle Washing Machine are specialized industrial equipment designed to efficiently clean, rinse, and sterilize bottles (typically glass, PET, plastic, or reusable containers) in high-volume production environments. They are essential in industries like beverages, pharmaceuticals, food processing, and even consumer products such as baby care. Bottle Washing Machine automate the cleaning process to ensure hygiene, reduce manual labor, and minimize contamination risks.
Unlike manual washing, automatic systems use pressurized water, air jets, sanitizing solutions, or steam to remove residues, labels, and debris without scrubbing. They integrate seamlessly into bottling lines, often featuring programmable controls for customizable cycles.
Automatic Bottle Washing Machine Video
Key Features
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Construction: Built on heavy-duty stainless steel frames for durability and corrosion resistance. Many include transparent protective covers for safety and contamination prevention.
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Indexing and Handling: Equipped with automatic bottle indexing (ABI) systems, soft-grip grabbers, or rotary mechanisms (e.g., Geneva mechanism) to handle various bottle shapes (round, square, flat) and sizes with minimal changeover time.
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Washing Cycles: Typically include multiple sequences like pre-rinse, detergent wash, caustic soak, final rinse, and air drying. Solenoid valves control timings to reduce water waste.
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Controls and Automation: PLC (Programmable Logic Controller) touchscreens for storing recipes, fault detection, variable speed drives, and automatic temperature/concentration monitoring.
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Media Options: Uses pressurized water, compressed air, sanitizing liquids, or CO2 for cleaning; some recycle water via filtration systems for eco-efficiency.
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Hygiene Standards: Meets GMP (Good Manufacturing Practice) requirements, with self-cleaning filters and UV integration for sterilization.
How It Works
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Loading: Bottles are fed via conveyor or manually loaded into holders/pockets (often inverted for gravity-assisted draining).
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Washing Phase: High-pressure jets or sprays (up to 12 nozzles) apply solutions in sequenced tanks. Soaking in caustic baths removes stubborn residues.
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Rinsing and Drying: Pure water or air jets flush out chemicals; heated air or sterilization ensures dryness and hygiene.
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Ejection: Clean bottles exit to the next production stage (e.g., filling line). Cycle times vary (e.g., 5-10 minutes per batch) but are adjustable for output needs.
Benefits
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Efficiency: Reduces labor and downtime; quick changeovers for diverse containers.
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Sustainability: Low water/chemical use with recycling options; energy-efficient pumps.
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Quality: Ensures contaminant-free bottles, clinically proven superior to manual methods in some cases.
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Customization: Scalable for small producers (e.g., microbreweries) or large factories.
Salient Features of Bottle Washing Machine
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Geneva mechanism.
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Four inner, one outer and one air wash.
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Sequence of washes of washes to customer’s choice
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Stationary nozzles eliminate contamination of water cycles.
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Easy loading and unloading with two rows.
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Individual solenoid valve for each washing sequence.
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Pumps and tanks are mounted on parable stand for easy maintenance.
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Easy operation.
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Higher capacity centrifugal pumps to wash bigger bottles.
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The stationary nozzles avoid chipping of bottle necks.
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Bottle guide system especially for lightweight bottle.
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Pumps and Tanks are mounted on portable stand for easy maintenance.
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Separate panel control to avoid any short circuit due to spraying of water.
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S.S. glycerin fill pressure meter.
Process Operation of Automatic Bottle Washer
The bottles are loaded on the subsequent indexing part of rotating platform and are cleared in series of operations. Specially designed bottle holders are provided to hold bottles with neck diameter. The bottles are placed in an inverted position in these cup shaped holders. Spraying showers does the external cleaning of the bottles. Solenoid valves are provided to enable the regulation of wash timings, it also spraying water when bottle are stopped means ensure saving of water and sequence of various washing media to suit specific requirement.
Technical Specification of Bottle Washer Machine
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Model No |
ARBW – 64 | ARBW – 100 |
| Production Output | Up to 60 Bottles / Minute (Depending on Bottle Size) |
Up to 100 Bottles / Minute (Depending on Bottle Size) |
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Input Specification |
Diameter of the container: 25 mm to 100mm Outside Diameter of Neck: 20 mm to 38 mm (with the help of change parts) Height of the container: Up to 280 mm (with the help of change parts) |
Diameter of the container: 25 mm to 100mm Outside Diameter of Neck: 20 mm to 38 mm (with the help of change parts) Height of the container: Up to 280 mm (with the help of change parts) |
| Power Supply | Main Unit: 0.75 H.P., 380 Volt, 3 Phase, 4 Wire System, 50 Hz
Optional Accessories (2 Pumps – Pumping Station) 0.75 H.P., 380 Volt, 3 Phase, 4 Wires System, 50 Hz Electric Heater Tank: 2 K.W. |
Main Unit: 0.75 H.P., 380 Volt, 3 Phase, 4 Wire System, 50 Hz Optional Accessories (2 Pumps – Pumping Station) 0.75 H.P., 380 Volt, 3 Phase, 4 Wires System, 50 Hz Electric Heater Tank: 2 K.W. |
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Overall Dimension |
1550 mm (L) x 1700 mm (W) x 1300 mm (H) approx. | 1800 mm (L) x 1700 mm (W) x 1300 mm (H) approx. |
| Air Consumption | 30 CFM @ 5 bar |
30 CFM @ 5 bar |
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Net Weight |
650 kgs. approx. |
750 kgs. approx. |
* Power voltage can be adjusted as per customer’s domestic power voltage requirements.
* Rights of technical improvements & modification reserved.
* Illustrations & dimensions are shown for information purpose only.
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