Where is the multi function ultrasonic bottle washer?

Changsha Changhong Pharmaceutical Machine, factory direct sales.

**Preferential manufacturer's package shipping.

Bottle washer features:

1. Simple structure, stable performance, easy operation and low maintenance cost.

2. Multi-specification and multi-purpose.

3. It can be used in conjunction or stand-alone.

4. Pneumatic system is adopted, no pollution.

5. The bottle washing process is controlled by PLC, and the ultrasonic cleaning time can be set freely.

6. It has a residual water removal device.

7. The flat plate cleaning method realizes the low damage rate of the bottle washing.

8. The bottle tray filled with ampoules can be directly entered into the sterilization oven without turning over.

9. The cleaning quality meets the requirements of GMP specifications.

10. It can save water resources for users.

How the bottle washer works:

The bottles are packed into a special tray consisting of a tray and a lid plate, which is positioned separately by a hole in the tray. It is manually sent to the first station, and after the circulating water is sprayed and filled with water, it sinks to the ultrasonic groove for ultrasonic rough washing; Then the bottle tray rises and pushes into the second station, and the mouth is downwards to spray water to rinse the outer bottle, and the needle is inserted into the bottle (air flushing), a cleaning (water for injection), a second cleaning (water for injection), three air flushing, spin drying, the bottle mouth is facing up, and it automatically enters the sterilization oven.

The action of each function of this machine is controlled by PLC program, the air source is purified compressed air, the water for washing in the bottle is water for injection, and the water for outer wall and ultrasonic primary washing is recycled water.

Technical parameters of bottle washing machine:

1. Voltage: 50Hz

2. Total power:

3. Ultrasonic power: 27khz

4. Air pressure: 5. Water pressure:

6. Water consumption: 8-10 of the volume of the bottle (calculated as 2ml ampoules) 7. Air consumption:

8. Ampoule breakage rate: other bottles.

9. Clarity pass rate: -98%.

10. Weight: about 500kg

11. Dimensions: 1600x850x1200mm (length x width x height) bottle washing machine production capacity:

1. Ampoules.

1ml: 3500 sticks per hour.

2ml: 28,000 pieces per hour.

5ml: 14500 (19000) sticks per hour.

10ml: 118,000 pieces per hour.

20ml: 10000 sticks per hour.

2. Control of antibiotics.

2ml: 18,000 bottles per hour.

5ml: 18,000 bottles per hour.

7ml: 10500 bottles per hour.

10ml: 10000 bottles per hour.

25ml: 8500 bottles per hour.

3. Molded antibiotic bottles.

5ml: 15000 bottles per hour.

7ml: 7800 bottles per hour.

20ml: 6000 bottles per hour.

50ml: 3000 bottles per hour.

4. Oral liquid bottle.

10ml: 15000 bottles per hour.

20ml: 7800 bottles per hour.

You can find one online. There are a lot of resources online. Hopefully, you can find what you're looking for.

Summary. Hello dear, happy to answer your <>

Cap detection: The machine is equipped with a sensor inside to detect the correct capping. Bottle opening detection:

The machine is equipped with a sensor to detect whether the bottle mouth is opened, and if it is not, it refuses to be cleaned. Air filling: The machine is equipped with an air filling system, and the lotion liquid is sprayed into the bottle to dissolve the solid matter and promote the washing effect; Cleaning solution flow:

The ultrasonic system is started, the liquid in the bottle circulates and flows, and the substance is effectively cleaned under the action of ultrasonic; Bubble collection: The bubbles generated during the washing process are generated by ionization and collected by the aspirator; Cleaning liquid discharge: After the cleaning is completed, the cleaning liquid flows out and is in the process of preparing to clean a new bottle again; Air Collection:

After the drain is completed, the air is filled into the bottle to seal and prevent the mixture in the bottle from spilling; Bottle mouth detection: The machine is equipped with a sensor inside to detect whether the bottle mouth is intact after washing.

The working process of the ultrasonic bottle washer.

Hello dear, happy to answer your <>

Cap detection: The machine is equipped with a sensor inside to detect the correct capping. Bottle opening detection:

The machine is equipped with a sensor to detect whether the bottle mouth is opened, and if it is not, it refuses to be cleaned. Air filling: The machine is equipped with an air filling system, and the lotion liquid is sprayed into the bottle to dissolve the solid matter and promote the washing effect; Cleaning solution flow:

The ultrasonic system is started, the liquid in the bottle circulates and flows, and the substance is effectively cleaned under the action of ultrasonic; Bubble harvesting: The bubbles generated during the washing process are ionized to form Kaishoula, which is collected by the aspirator; Cleaning liquid discharge: After the cleaning is completed, the cleaning solution flows out and is in the process of preparing to clean and wash the new bottle again; Air Collection:

After the drain is completed, the air is filled into the bottle to seal and prevent the mixture in the bottle from spilling; Bottle mouth detection: The machine is equipped with a sensor inside to detect whether the bottle mouth is intact after washing.

Here are some <> related extensions that we hope you will find helpful

The bottle washing machine is used for brush cleaning and water flushing cleaning of glass bottles, plastic bottles, etc., and is a special portable equipment for cleaning alone or in conjunction with <>

It is composed of stainless steel water pump, high-pressure sprinkler head, and electrical box. It is suitable for glass bottles, plastic bottles and other brush cleaning, laughter and water flush cleaning, and special equipment for cleaning alone or in combination. High-pressure backflush spray washing is used to make the debris on the bottle wall get out of the water tank in time.

Summary. 1.When the cavitation bubble bursts, a strong shock wave is generated, and a part of the dirt layer is peeled off, dispersed, emulsified, and peeled off under the action of the shock wave.

2.Because of the bubbles produced by cavitation, the gap and void between the dirt layer and the surface layer formed by the impact penetrate, and because this small bubble and the sound pressure expand and contract synchronously, the physical force like peeling repeatedly acts on the dirt layer, and the dirt layer is peeled off layer by layer, and the bubbles continue to penetrate inward until the dirt layer is completely peeled off. This is the cavitation quadratic effect.

3.The impact of ultrasonic vibration of the cleaning solution on the dirt in ultrasonic cleaning. 4.

Ultrasonic accelerates the process of dissolving the dirt by the chemical cleaning agent, and the combination of chemical and physical forces accelerates the cleaning process. Some technical issues related to ultrasonic cleaning.

Hello, I am glad to answer your question about the working process of ultrasonic washing shirt and bottle machine The answer to your question is: (1) Check whether the equipment electrical appliances are turned off and turned off, the instrument indicates, and the equipment transmission is normal. (2) Check whether the clutch of the bottle wheel is in the normal position, and adjust it if it is in the neutral position.

Close the power switch of the machine, turn on the speed control switch, the phosphor screen of the inverter operation panel shows the setting frequency, then you can press the run button, the inverter works, and the speed of the motor gradually reaches the set value. Just stop pressing the STOP button.

4) Run the machine for 2 minutes, check whether the equipment and mechanical transmission structure are normal, whether the operation sound is normal, and then the production can be carried out.

1.When the cavitation bubble bursts, a strong shock wave is generated, and a part of the dirt layer is peeled off, dispersed, emulsified, and peeled off under the action of the shock wave. 2.

Because of the cavitation phenomenon produced by the gas-based bubbles, the gap and void between the dirt layer and the surface layer formed by the impact penetrate, due to the simultaneous expansion and contraction of this small bubble and sound pressure, the physical force like peeling repeatedly acts on the dirt layer, the dirt layer is peeled off layer by layer, and the bubbles continue to penetrate inward until the dirt layer is completely peeled off. This is the cavitation quadratic effect. 3.

The impact of ultrasonic vibration of the cleaning solution on the dirt in ultrasonic cleaning. 4.Ultrasonic accelerates the dissolution process of the chemical cleaning agent to the dirt, and the combination of chemical force and physical return force accelerates the cleaning process.

Some technical issues related to ultrasonic cleaning.

How it works. The ultrasound electrical signal generated by the ultrasonic generator of the ultrasonic cleaning tank is converted into mechanical vibration of the same frequency through the piezoelectric inverter effect of the transducer, and is intensively radiated forward in the cleaning solution in the form of ultrasound longitudinal wave (the ultrasound longitudinal wave alternately propagates in the negative pressure area and the positive pressure area), resulting in tens of thousands of small bubbles circulating "blasting", it is these bubbles formed and growing in the negative pressure area, and quickly closing in the positive pressure area that bursts instantly, forming a high-pressure bombardment on the surface of the cleaned object, the gap and the subtle part of the cavity. To achieve the cleaning effect, the dirt is quickly peeled off (this is the unique "cavitation" effect of the ultrasonic cleaner), so that the cleaning surface can achieve the purpose of cleaning and purification. Each glass bottle is encased on a hollow cylinder with a retractable bellows, which is connected to a vent to vent the air inside the glass bottle to prevent the glass bottle from floating.

The working principle of the industrial ultrasonic cleaner is introduced, helping friends to have a deeper understanding of the working principle of the ultrasonic cleaner and the cleaning purpose of the ultrasonic cleaner, hoping to let everyone have a deeper understanding of the use of the ultrasonic cleaner!!

The principle of ultrasonic cleaning of feeding bottles: ultrasonic cleaning is based on the unique physical action of "cavitation effect" when ultrasonic waves are transmitted in the cleaning liquid medium, and the "cavitation effect" forms a microscopic strong shock wave and high-speed jet acting on the feeding bottle, impacting and peeling off the milk scale inside the bottle and the external stains, and cleaning the hidden places such as slits, corners and dead corners inside the feeding bottle in place to achieve the purpose of high-quality and high-efficiency cleaning. Ultrasonic cleaning has the functions of efficient cleaning, killing bacteria, dissolving organic pollutants, preventing overcorrosion, etc., creating a clean journey for baby bottles.

There are many wrong practices about bottle cleaning, one is not to clean in time, the other is to clean only with water and not sterilization, the third is not to dry the bottle after cleaning, parents should spend more effort on cleaning the bottle, wash and disinfect frequently, and do a good job of cleaning the bottle to maximize the protection of the baby's health, so that the baby can grow up healthy and happy!

After being cleaned by a household ultrasonic cleaner, the baby bottle is clean and hygienic, and it is safer and more secure to use!

1. If you need to heat, start the heating controller (heater) and rotate the temperature to the desired temperature, the temperature should be 40-60 degrees (it is best to use warm water to wash, warm water is conducive to accelerating the dispersion of grease, so that it falls off from the surface of the bottle and jar, so as to achieve the least residue of milk.)

2. Start the ultrasonic timer (time), clockwise to "on", there is a 0 30 minutes timer working system. The indicator light is on, and a "whoosh" sound is emitted, indicating that the ultrasound is operating normally.

3. Rotate the ultrasonic timer switch to the "off" off position, the ultrasonic operation stops, and the indicator light goes out.

The ultrasonic cleaning machine mainly uses the "cavitation effect" of ultrasonic cleaning, and uses its super oscillation effect to disperse the dirt and bacteria on the surface of the article to achieve efficient cleaning.

Speed up cleaning, reduce labor intensity, and reduce environmental pollution (compared with cleaning agents).

Ultrasonic bottle washing machine is a kind of equipment specially used to clean bottles, with a high degree of automation, suitable for ampoules of 1-20ml specifications, 2-100ml vials, mold bottles, oral liquid bottles, etc.