Automatic Glass Pet Plastic Liquor Beer Oil Ketchup Bottle Water Air Washing Machine

• Customization: Available
• After-sales Service: on-Site Installation/Online Guidance
• Warranty: 1yaer
• Model NO.: QSP-12 QSP-16 QSP-18 QSP-24 QSP-30 QSP-48 QSP-60
• Applications: Glass Bottle/Plastic Bottle
• Product Name: Rotary Glass Bottle Washing Machine
• Mode of Operation: Internal and External Cleaning
• Washing Method: Cold or Hot Water
• Other Methods: Sterilized Water (Recycled) or Clean Gas
• Bottle: Liquor Bottle Washing Equipment
• Washing Type: Flush Inside and Shower Outside
• Adaptive Bottle: 100-360mm
• Bottle Diameter: 25mm-100mm
• Saving Water: Circulating Water Tank
• Adaptive Water Type: Cold/Hot /Circulating Water/High Pressure Clean Ga
• Transport Package: Fumigation Free Wooden Box
• Specification: 1780*1900*2200mm(Customized)
• Trademark: innoTonda
• Origin: China Shandong
• HS Code: 8422309090
• Production Capacity: 2000-26000bph
• Package Size: 220.00cm * 230.00cm * 255.00cm
• Package Gross Weight: 1100.000kg

Product Description

Product Description

No.	Head	Capacity (b/h)	Power (km)	Bottle Height (mm)	Body diameter (mm)	Neck diameter (mm)	Dimensions (mm)
QSP-12	12	2000-2500	1.5	180-360	φ40-100	φ22-32	1700×1700×1900
QSP-16	16	2500-3000	1.5	180-360	φ40-100	φ22-32	1700×1700×1900
QSP-18	18	3000-4000	2.5	180-360	φ40-100	φ22-32	1960×1900×1900
QSP-24	24	4000-5000	2.5	180-360	φ40-100	φ22-32	2120×2100×1900
QSP-30	30	5000-8000	2.5	180-360	φ40-100	φ22-32	2300×2350×1900
QSP-40	40	5000-8000	2.5	180-360	φ40-100	φ22-32	2550×2600×2100
QSP-48	48	8000-10000	4.4	180-360	φ40-100	φ22-32	2550×2900×2100
QSP-60	60	12000	3.3	180-360	φ40-100	φ22-32	3100×3550×1950
QSP-72	72	18000	5.5	180-360	φ40-100	φ22-32	3200×3850×1950
QSP-84	84	20000	8.3	180-360	φ40-100	φ22-32	4200×4800×1950
QSP-96	96	24000	10.5	180-360	φ40-100	φ22-32	4400×5000×1950

Rinse thoroughly/external shower

Rinse thoroughly: Special design of water trap, The time of washing and empting bottles is tightly controlld by shunt valve, flush in place, and avoid blocking the mouth of the bottle 
when flushing water returns.

Extensive external shower: the umbrella-shaped high-pressure nozzle external shower is used to spray the outer wall of the bottle in all directions.

Adapt to bottle type/Water saving

Adapt to bottle type: It is suitable for various bottle types with bottle height 100-360mm and bottleneck Φ25mm-Φ100mm.

Water saving: Equipped with a circulating water tank, which is used after water filtration to reduce water consumption.

Adaptability

Wide adaptability: It is suitable for a majority of regular bottles except for some special shaped bottles, Different methods are awailable to choose, sach as cold water flushing, hot 
water flushing, circulating water flushing, and allernating cold and hot water flushing, High-pressure clean gas is also choosable to dry bottles.

Frequently Asked Questions (FAQ) about Filling Equipment

1. Q: How can the filler be adjusted to accommodate different bottle sizes?
    A: Most modern filling machines are designed with quick-change parts or adjustable mechanisms that allow easy adaptation to different bottle heights and diameters. Please refer to the equipment manual for specific instructions.
2. Q: How do I ensure consistent fill volume?
    A: Regular calibration of the filling heads and checking of sensors are key to maintaining consistent fill volumes. Keeping the equipment clean and free from blockages is also essential.
3. Q: What should I do if there is liquid leakage during operation?
    A: First, check whether all seals are intact and ensure the filling nozzles are properly aligned with the bottle openings. If the problem persists, contact after-sales service for further diagnosis.
4. Q: Why has the filling speed become slower?
    A: This may be due to worn pumps or valves, clogged pipelines, or incorrect parameter settings. Regular inspection, cleaning, and replacement of necessary components can resolve this issue.
5. Q: How to deal with foaming during the filling process?
    A: Using low-vacuum filling technology can effectively reduce foaming. In addition, appropriately adjusting the filling speed and liquid inflow angle can also help minimize foam formation.