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XL-XG01
XINGLE
Working principle:
1. Loading: Pour the rubber plug or aluminum cap into the drum.
2. Cleaning process
Water inlet - ultrasonic treatment: After the drum is filled with water, turn on the ultrasonic wave and use the impact force of the tiny bubbles generated by the ultrasound to shake off the dirt.
Multiple drainage and cleaning: Drain the water after ultrasonic treatment, and then perform rough washing and fine washing in turn. Drain the water after each washing to remove impurities of varying degrees.
Pure water rinsing: Rinse with pure water to ensure that impurities such as chemical residues are removed.
3. Drying process
Vacuum dehumidification: Dehumidify through the vacuum system to reduce moisture and facilitate subsequent drying.
Hot air drying: Hot air circulates to dry the rubber plug or aluminum cap.
4. Discharging: The drum rotates and brings the dried rubber plug or aluminum cap into the discharging hopper for output.
1. Efficient cleaning capability: With high production capacity, each batch can process 20,000 to 150,000 rubber plugs or aluminum caps. Whether it is a small laboratory or a large pharmaceutical company, it can efficiently complete the cleaning task and improve production efficiency.
2. Multifunctional cleaning process: Through water inlet-ultrasonic treatment-drainage-rough washing-drainage-fine washing-drainage-pure water rinsing-vacuum dehumidification-(siliconization)-hot air drying and other fine processes, the rubber plugs and aluminum caps are cleaned in an all-round and deep manner.
3. Accurate process parameters: The ultrasonic power is between 1Kw and 2Kw, which ensures that the equipment can run stably while providing strong cleaning power to effectively remove dirt, impurities, etc. on the rubber plugs and aluminum caps.
4. Flexible appearance design: The appearance size is determined according to the output, and can be customized according to the customer's site space and output requirements, maximizing the space utilization rate, and facilitating the company to layout and install equipment according to its actual situation.
Key points for the development of rubber stopper and aluminum cap cleaning and drying machines in various industries:
1. As the pharmaceutical industry's requirements for drug quality and safety become increasingly stringent, cleaning and drying machines should meet relevant regulations such as GMP. This requires that the equipment can effectively remove contaminants such as particles, microorganisms and endotoxins during the cleaning and drying of rubber stoppers and aluminum caps to ensure the sterility and purity of packaging materials.
2. Improving the degree of automation is also key. The realization of functions such as automatic loading, automatic control of cleaning and drying processes, and automatic discharging can not only reduce the errors and contamination risks caused by manual operations, but also improve overall production efficiency.
3. For cosmetics containing special ingredients (such as active or easily oxidizable ingredients), the cleanliness of their packaging materials is required to be high. The equipment needs to effectively remove impurities (such as metal particles, organic matter, etc.) that affect the stability and shelf life of cosmetics to ensure safety and quality.
4. The food industry has a wide variety of products and diverse packaging forms. The requirements for the size, shape and material of rubber stoppers and aluminum caps are different. The equipment has strong flexibility and can adapt to the needs of different food packaging by adjusting the cleaning and drying parameters.
Working principle:
1. Loading: Pour the rubber plug or aluminum cap into the drum.
2. Cleaning process
Water inlet - ultrasonic treatment: After the drum is filled with water, turn on the ultrasonic wave and use the impact force of the tiny bubbles generated by the ultrasound to shake off the dirt.
Multiple drainage and cleaning: Drain the water after ultrasonic treatment, and then perform rough washing and fine washing in turn. Drain the water after each washing to remove impurities of varying degrees.
Pure water rinsing: Rinse with pure water to ensure that impurities such as chemical residues are removed.
3. Drying process
Vacuum dehumidification: Dehumidify through the vacuum system to reduce moisture and facilitate subsequent drying.
Hot air drying: Hot air circulates to dry the rubber plug or aluminum cap.
4. Discharging: The drum rotates and brings the dried rubber plug or aluminum cap into the discharging hopper for output.
1. Efficient cleaning capability: With high production capacity, each batch can process 20,000 to 150,000 rubber plugs or aluminum caps. Whether it is a small laboratory or a large pharmaceutical company, it can efficiently complete the cleaning task and improve production efficiency.
2. Multifunctional cleaning process: Through water inlet-ultrasonic treatment-drainage-rough washing-drainage-fine washing-drainage-pure water rinsing-vacuum dehumidification-(siliconization)-hot air drying and other fine processes, the rubber plugs and aluminum caps are cleaned in an all-round and deep manner.
3. Accurate process parameters: The ultrasonic power is between 1Kw and 2Kw, which ensures that the equipment can run stably while providing strong cleaning power to effectively remove dirt, impurities, etc. on the rubber plugs and aluminum caps.
4. Flexible appearance design: The appearance size is determined according to the output, and can be customized according to the customer's site space and output requirements, maximizing the space utilization rate, and facilitating the company to layout and install equipment according to its actual situation.
Key points for the development of rubber stopper and aluminum cap cleaning and drying machines in various industries:
1. As the pharmaceutical industry's requirements for drug quality and safety become increasingly stringent, cleaning and drying machines should meet relevant regulations such as GMP. This requires that the equipment can effectively remove contaminants such as particles, microorganisms and endotoxins during the cleaning and drying of rubber stoppers and aluminum caps to ensure the sterility and purity of packaging materials.
2. Improving the degree of automation is also key. The realization of functions such as automatic loading, automatic control of cleaning and drying processes, and automatic discharging can not only reduce the errors and contamination risks caused by manual operations, but also improve overall production efficiency.
3. For cosmetics containing special ingredients (such as active or easily oxidizable ingredients), the cleanliness of their packaging materials is required to be high. The equipment needs to effectively remove impurities (such as metal particles, organic matter, etc.) that affect the stability and shelf life of cosmetics to ensure safety and quality.
4. The food industry has a wide variety of products and diverse packaging forms. The requirements for the size, shape and material of rubber stoppers and aluminum caps are different. The equipment has strong flexibility and can adapt to the needs of different food packaging by adjusting the cleaning and drying parameters.
