5 thoughts on “How does the ultrasonic cleaning machine work”
Alicia
How does the ultrasonic cleaning machine work? Ultrasonic cleaning is scrubbed and cleaned into the surface of the parts through high -frequency waves transmitted by liquid. High frequent sound waves are usually 40 kHz, stirring water or solvents with water or solvents, and causing the solution molecules to be vacant. What is empty? think about the bubble. When the sound can produce a gap (or empty cavity), it will form a "bubble", and the gap (or empty cavity) will be trapped in the liquid solution of water or solvent in the form of air bubbles. These tiny bubbles have internal explosion with such a large force, causing pollutants that adhere to the surface. The ultrasonic cleaning machine is scrubbed through the internal explosion of a tiny bubble. How how does ultrasonic cleaning work? The ultrasonic cleaning is suitable for cleaning a variety of materials, including metal, glass, rubber, ceramic and some hard plastic. Ultrasonic cleaning is particularly useful for removing tightly adhesive pollutants from complex items with blind holes, cracks and grooves. Examples of pollutants removed through ultrasonic cleaning include dust, dirt, oil, oil, pigment, pigment, fingerprint and polishing agent. The fluids used in the industrial ultrasonic cleaning system can be water base (water) or solvent base. Both types of cleaning solutions contain wetting agents (surfactants) to reduce surface tension and increase air erosion. The cleaning effect of water -based cleaning solutions is usually more limited, but it is more environmentally friendly than solvent cleaning solution. How to use ultrasonic cleaning machines Them wave cleaning machines are widely used in many industries, including medical devices, automobiles, aerospace, dental, electronics, jewelry and weapons. The ideal items for ultrasonic parts cleaning include medical and surgical equipment, carburetor, guns, shutters, industrial machine parts and electronic equipment. The time required for ultrasonic cleaning depends on materials and dirt, but the typical cleaning time is 3 to 6 minutes. Some precision items (such as electronic products) may require longer cleaning time. Higher heat helps to release dirt and chemical keys faster, so the heating temperature range of most industrial parts cleaner is 135-150 ° F. It should be noted that cleaning in ultrasonic bath cleaner does not disinfect the items. In medical applications, sterilization is usually used as another process step after ultrasonic cleaning. How how does the ultrasonic cleaning machine work? The ultrasonic cleaning machine, sometimes also known as ultrasonic bath or ultrasonic cleaning machine, including the following basic components: The ultrasonic cleaning slot-ultrasonic cleaning slot to accommodate liquid and items to be cleaned. ultrasonic generator -ultrasonic generator converts AC energy to ultrasonic frequency. The transducer -converted ultrasonic electrical signal to mechanical energy.
When the ultrasonic cleaning machine is working, the liquid is launching enough ultrasonic energy, the vibration of the ultrasonic frequency is added to the cleaning liquid, and the internal liquid will be used and compressed. When the liquid is compressed, the bubbles will be compressed, and it will be crushed and broken. This is a famous "ultrasonic empty effect". In fact, the principle of ultrasonic cleaning is to achieve the effect of removing oil and decontamination by the empty effect.
In experiments, the use of ultrasonic cleaning technology can obtain penetration, steam and brushes, better cleaning and cleaning effects, and using ultrasonic waves to achieve the purpose of cleaning. You need a container and cleaning solution, solution, and solution, and solution, solution, and cleaning solution. Ultrasonic converter, ultrasonic power supply, ultrasonic transducer is a component that generates supersonic waves, which is used to drive ultrasonic converters to provide power to ultrasonic waves. Therefore Its operating frequency and product quality have a decisive effect on the effect of cleaning.
The core of ultrasonic cleaning is ultrasonic cleaning technology. The ultrasonic cleaning machine consists of three parts, which are ultrasonic generators, ultrasonic converters and cleaning grooves. The specific working process is that the ultrasonic generator emits electromagnetic vibration signals. The ultrasonic converter converts the electromagnetic vibration signal into an ultrasonic vibration and acts on the object in the tank. Real cleaning effect.
The ultrasonic cleaning machine uses the empty effect of the ultrasonic in the liquid, the acceleration effect, and the direct and indirect effects of the liquid and dirt in the liquid, so that the dirt layer is dispersed, emulsified, and peeled to achieve the purpose of cleaning.
Ultrasonic cleaning machine increases: liquid particles push the acceleration generated. For ultrasonic cleaning machines with high frequency, the effect of vacation is not significant. At this time, the cleaning is mainly based on the acceleration of the liquid particle ultrasound.
This Ultrasonic cleaning machine is empty.: The empty function is that the ultrasonic high -frequency transformation method is transmitted to the liquid with a high -frequency transformation method of more than 20,000 times per second. When reducing pressure, the phenomenon of vacuum nuclear group bubbles in the liquid. When the compression force is compressed, the vacuum nuclear group bubbles have a strong impact when the pressure is crushed. Wash the purpose.
This Ultrasonic cleaning machine Direct flow: The phenomenon of flowing direction of the transmission of ultrasonic in the liquid is called direct flow. When the sound wave strength is 0.5W/cm2, the naked eye can see the straight flow, and the flow vertical is generated by the vibration surface, and the flow rate is about 10cm/s. Through this straight flow, the micro oil dirt on the surface of the cleaned object is stirred, and the cleaning solution on the surface of the dirt also generates convection. The dissolved solution of the dissolved dirt is mixed with the new solution to speed up the dissolution. Big role.
How does the ultrasonic cleaning machine work? Ultrasonic cleaning is scrubbed and cleaned into the surface of the parts through high -frequency waves transmitted by liquid. High frequent sound waves are usually 40 kHz, stirring water or solvents with water or solvents, and causing the solution molecules to be vacant.
What is empty?
think about the bubble. When the sound can produce a gap (or empty cavity), it will form a "bubble", and the gap (or empty cavity) will be trapped in the liquid solution of water or solvent in the form of air bubbles. These tiny bubbles have internal explosion with such a large force, causing pollutants that adhere to the surface. The ultrasonic cleaning machine is scrubbed through the internal explosion of a tiny bubble.
How how does ultrasonic cleaning work?
The ultrasonic cleaning is suitable for cleaning a variety of materials, including metal, glass, rubber, ceramic and some hard plastic. Ultrasonic cleaning is particularly useful for removing tightly adhesive pollutants from complex items with blind holes, cracks and grooves. Examples of pollutants removed through ultrasonic cleaning include dust, dirt, oil, oil, pigment, pigment, fingerprint and polishing agent.
The fluids used in the industrial ultrasonic cleaning system can be water base (water) or solvent base. Both types of cleaning solutions contain wetting agents (surfactants) to reduce surface tension and increase air erosion. The cleaning effect of water -based cleaning solutions is usually more limited, but it is more environmentally friendly than solvent cleaning solution.
How to use ultrasonic cleaning machines
Them wave cleaning machines are widely used in many industries, including medical devices, automobiles, aerospace, dental, electronics, jewelry and weapons. The ideal items for ultrasonic parts cleaning include medical and surgical equipment, carburetor, guns, shutters, industrial machine parts and electronic equipment.
The time required for ultrasonic cleaning depends on materials and dirt, but the typical cleaning time is 3 to 6 minutes. Some precision items (such as electronic products) may require longer cleaning time. Higher heat helps to release dirt and chemical keys faster, so the heating temperature range of most industrial parts cleaner is 135-150 ° F.
It should be noted that cleaning in ultrasonic bath cleaner does not disinfect the items. In medical applications, sterilization is usually used as another process step after ultrasonic cleaning.
How how does the ultrasonic cleaning machine work?
The ultrasonic cleaning machine, sometimes also known as ultrasonic bath or ultrasonic cleaning machine, including the following basic components:
The ultrasonic cleaning slot-ultrasonic cleaning slot to accommodate liquid and items to be cleaned.
ultrasonic generator -ultrasonic generator converts AC energy to ultrasonic frequency.
The transducer -converted ultrasonic electrical signal to mechanical energy.
When the ultrasonic cleaning machine is working, the liquid is launching enough ultrasonic energy, the vibration of the ultrasonic frequency is added to the cleaning liquid, and the internal liquid will be used and compressed. When the liquid is compressed, the bubbles will be compressed, and it will be crushed and broken. This is a famous "ultrasonic empty effect". In fact, the principle of ultrasonic cleaning is to achieve the effect of removing oil and decontamination by the empty effect.
In experiments, the use of ultrasonic cleaning technology can obtain penetration, steam and brushes, better cleaning and cleaning effects, and using ultrasonic waves to achieve the purpose of cleaning. You need a container and cleaning solution, solution, and solution, and solution, solution, and cleaning solution. Ultrasonic converter, ultrasonic power supply, ultrasonic transducer is a component that generates supersonic waves, which is used to drive ultrasonic converters to provide power to ultrasonic waves. Therefore Its operating frequency and product quality have a decisive effect on the effect of cleaning.
The core of ultrasonic cleaning is ultrasonic cleaning technology. The ultrasonic cleaning machine consists of three parts, which are ultrasonic generators, ultrasonic converters and cleaning grooves.
The specific working process is that the ultrasonic generator emits electromagnetic vibration signals. The ultrasonic converter converts the electromagnetic vibration signal into an ultrasonic vibration and acts on the object in the tank. Real cleaning effect.
The ultrasonic cleaning machine uses the empty effect of the ultrasonic in the liquid, the acceleration effect, and the direct and indirect effects of the liquid and dirt in the liquid, so that the dirt layer is dispersed, emulsified, and peeled to achieve the purpose of cleaning.
Ultrasonic cleaning machine increases: liquid particles push the acceleration generated. For ultrasonic cleaning machines with high frequency, the effect of vacation is not significant. At this time, the cleaning is mainly based on the acceleration of the liquid particle ultrasound.
This Ultrasonic cleaning machine is empty.: The empty function is that the ultrasonic high -frequency transformation method is transmitted to the liquid with a high -frequency transformation method of more than 20,000 times per second. When reducing pressure, the phenomenon of vacuum nuclear group bubbles in the liquid. When the compression force is compressed, the vacuum nuclear group bubbles have a strong impact when the pressure is crushed. Wash the purpose.
This Ultrasonic cleaning machine Direct flow: The phenomenon of flowing direction of the transmission of ultrasonic in the liquid is called direct flow. When the sound wave strength is 0.5W/cm2, the naked eye can see the straight flow, and the flow vertical is generated by the vibration surface, and the flow rate is about 10cm/s. Through this straight flow, the micro oil dirt on the surface of the cleaned object is stirred, and the cleaning solution on the surface of the dirt also generates convection. The dissolved solution of the dissolved dirt is mixed with the new solution to speed up the dissolution. Big role.