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XL-CXP
XINGLE
Working principle:
1. Bottle supply stage
Glass bottles are neatly arranged in a row through the bottle supply tray, ready to enter the cleaning process.
2. Bottle separation by bottle wheel
Bottles are received by a pair of bottle wheels rotating in opposite directions, and 6 bottles are removed for each rotation to ensure quantitative delivery to the bottle washing drum.
3. Drum filling and intermittent motion
The bottle washing drum is divided into six equal parts, each of which corresponds to a bottle feeding track.
The drum operates in an intermittent motion mode, receiving 6 bottles delivered by the bottle wheel each time (1 bottle enters each track).
4. Cleaning process
Multi-stage rinsing: The bottles pass through the drum in sequence:
Circulating water rinsing: remove large particles of dirt on the surface.
Pure water rinsing: further clean and rinse residual impurities.
Ultrasonic cleaning (implicit function): deep cleaning of the inner wall of the bottle through high-frequency vibration.
Compressed air drying: purified compressed air blows away water droplets on the surface of the bottle to reduce residual moisture.
5. Drying stage
The cleaned bottles enter the rear tunnel oven and are thoroughly dried by heating.
1. Bottle Washing Machine uses ultrasonic technology to penetrate into the bottle body and the fine parts of the bottle wall, effectively remove stubborn stains and ensure the cleaning effect.
2. Bottle washer machine can process 2000-3000 bottles per hour, meeting the high efficiency requirements of small and medium-sized production lines.
3. Bottle cleaning machine is suitable for glass bottles of various sizes and shapes and is widely used in different industries.
4. Fully automatic bottle washing machine is fully automated from bottle supply to cleaning, reducing manual operations and improving production efficiency.
5. The circulating water system is adopted to reduce water waste and meet environmental protection requirements.
6. The bottle wheel and the roller intermittent motion are precisely coordinated to ensure the throughput rhythm of 6 bottles each time.
Some applications of Ultrasonic Bottle Washing Machine in the pharmaceutical and cosmetic industries:
1. Injection/infusion bottle cleaning: used for cleaning injection containers such as vials and infusion bottles to ensure that there are no particles or pyrogens left.
2. Oral liquid bottles/syrup bottles: remove liquid medicine residues to avoid cross contamination.
3. Laboratory glassware: such as test tubes and culture bottles, in line with GMP standards.
4. Essence/perfume bottles: clean high-end glass containers to avoid grease or fragrance residues.
5. Mask bottles/lotion bottles: suitable for deep cleaning of wide-mouth bottles.
Working principle:
1. Bottle supply stage
Glass bottles are neatly arranged in a row through the bottle supply tray, ready to enter the cleaning process.
2. Bottle separation by bottle wheel
Bottles are received by a pair of bottle wheels rotating in opposite directions, and 6 bottles are removed for each rotation to ensure quantitative delivery to the bottle washing drum.
3. Drum filling and intermittent motion
The bottle washing drum is divided into six equal parts, each of which corresponds to a bottle feeding track.
The drum operates in an intermittent motion mode, receiving 6 bottles delivered by the bottle wheel each time (1 bottle enters each track).
4. Cleaning process
Multi-stage rinsing: The bottles pass through the drum in sequence:
Circulating water rinsing: remove large particles of dirt on the surface.
Pure water rinsing: further clean and rinse residual impurities.
Ultrasonic cleaning (implicit function): deep cleaning of the inner wall of the bottle through high-frequency vibration.
Compressed air drying: purified compressed air blows away water droplets on the surface of the bottle to reduce residual moisture.
5. Drying stage
The cleaned bottles enter the rear tunnel oven and are thoroughly dried by heating.
1. Bottle Washing Machine uses ultrasonic technology to penetrate into the bottle body and the fine parts of the bottle wall, effectively remove stubborn stains and ensure the cleaning effect.
2. Bottle washer machine can process 2000-3000 bottles per hour, meeting the high efficiency requirements of small and medium-sized production lines.
3. Bottle cleaning machine is suitable for glass bottles of various sizes and shapes and is widely used in different industries.
4. Fully automatic bottle washing machine is fully automated from bottle supply to cleaning, reducing manual operations and improving production efficiency.
5. The circulating water system is adopted to reduce water waste and meet environmental protection requirements.
6. The bottle wheel and the roller intermittent motion are precisely coordinated to ensure the throughput rhythm of 6 bottles each time.
Some applications of Ultrasonic Bottle Washing Machine in the pharmaceutical and cosmetic industries:
1. Injection/infusion bottle cleaning: used for cleaning injection containers such as vials and infusion bottles to ensure that there are no particles or pyrogens left.
2. Oral liquid bottles/syrup bottles: remove liquid medicine residues to avoid cross contamination.
3. Laboratory glassware: such as test tubes and culture bottles, in line with GMP standards.
4. Essence/perfume bottles: clean high-end glass containers to avoid grease or fragrance residues.
5. Mask bottles/lotion bottles: suitable for deep cleaning of wide-mouth bottles.
