5 thoughts on “The scope of the ultrasonic cleaning machine?”
Rodolfo
Ultrasonic cleaning machines are widely used in the surface spray treatment industry, machinery industry, electronics industry, medical industry, semiconductor industry, clock jewelry industry, optical industry, textile printing and dyeing industry. In other industries, etc., the ultrasonic cleaning machine uses the following specific
1, the surface spray treatment industry: (cleaning attachment: oil, mechanical dandruff, abrasive, dust, polished wax) Clear charcoal accumulation, remove the removal, remove Oxidation skin, removing polishing paste, oil removal and rust and removal, cleaning before plating, phosphorification treatment, metal workpiece surface activation treatment, etc. Stainless steel polishing products, stainless steel knives, tableware, knives, locks, lighting, lighting, hand -plating before spraying, and before plating.
2, mechanical industry: (cleaning attachment: cutting oil, milling particles, iron dumbs, dust, fingerprints) n Oil and rust removal of parts; engines, engine parts, gearboxes, shock absorbers, shaft tiles, oil mouths, cylinders, valves, carburetors and car parts and chassis paint Cleaning; dredging and cleaning of filters, piston accessories, filters, etc. Precision mechanical components, compressor parts, camera parts, bearing, hardware parts, molds, especially in the railway industry, the removal of oil removal of train carriage and air conditioning, rust, rust removal, and oil removal of the components of the train's front.
n00:00 / 00: 4670% shortcut keys to describe space: Play / suspend ESC: exit full screen ↑: increase volume 10% ↓: reduced volume decrease by 10% →: single fast forward 5 seconds ←: single fast retreat 5 seconds Press hold up and hold it up. Here you can drag no longer appear in the player settings to reopen the small window shortcut key description
What is an ultrasonic cleaning machine? Them wave cleaning machine is an interesting device that can almost clean any things around your home. You can apply them to your clothes, jewelry, baby supplies, silverware, tools and even vegetables. The ultrasonic cleaning machine Clear pollutants including dirt, dirt, oil, bacteria, mold and blood stains. In addition to powerful functions, it is gentle and more suitable for cleaning and exquisite items.
What is the ultrasonic cleaning machine? It you can use an ultrasonic cleaner to effectively clean the items to remove dirt particles and stubborn stains. These intelligent cleaner uses high -frequency sound waves to produce strong vibration in the cleaning solution. Due to vibration, the solution can clean various rough and smooth surfaces. The scrubbing effect produced by the ultrasonic cleaners helps the cleaning solution to the inside of the crack and the pores. How how does the ultrasonic cleaning machine work? The strong vibration produced by the ultrasonic cleaning machine forms millions of bubbles in the cleaning solution per second. Ultrasonic cleaning machine air bubbles increase due to energy and then ruptured on the surface of the items. The phenomenon of shock waves caused by countless small air foam foam is called "empty" phenomenon. Crash and burst will put pressure on dirt particles and force them to shift. The air bubbles stir the solution to remove any pollutants that are adhered to plastic, glass, metal or other surfaces. The brushing exercise of the liquid enables it to reach any cracks and holes in the item. The entire system aims to target the most stubborn impurities and spots. one of the best ultrasonic cleaning machines is a typical example of portable ultrasonic cleaning machine. Its design purpose is to produce strong stirring in the liquid, which is very suitable for cleaning any impurities at the micro level. The use of ultrasonic cleaning may take 5 to 20 minutes, depending on the power of the cleaner and the washed object. You can use ultrasonic cleaning machines on the surface without removing items before washing. The performance of the ultrasonic cleaning machine The performance of the ultrasonic cleaning machine depends on the power and efficiency of the cleaning machine. Powerful converters ensure enough ultrasonic energy to actively clean. It if you want to know what the converter is, it is a device that converts electrical energy into a strong sound wave (called ultrasonic energy) in the ultrasonic cleaners. The more powerful the transducer you use, the higher your cleaning efficiency. The ultrasonic cleaning machine is cleaned at the same time as quiet. It is also lightweight and suitable for travel, so no matter where you go, you can have a clean environment. No matter how far from home, if you want to keep the items clean, you can carry an ultrasonic cleaning machine with you. A suitcase will come in handy to easily carry the equipment on the journey. The factors that significantly affect the cleaning process are the cleaning solution you use. Ultrasonic cleaning solution is used for use with the cleaning device to make reliable cleaning at the micro level. The direction is very easy to use by ultrasonic cleaning machine. Just follow four simple steps to start cleaning like magic. First of all, the water full container filled with ultrasonic cleaning fluid. The ultrasonic cleaning machine will help the solution to complete its work well. Then, insert a wall -mounted device and put the ultrasonic cleaner into the water. Next, put the items that need to be cleaned into the container. Finally, set the timer before starting (depending on your cleaning needs). The precautions for ultrasonic cleaning machine If you want to use the ultrasonic cleaning machine for a long time, please take some simple steps to maintain your ultrasonic cleaning machine. Just like you use it to clean your items, you also need to keep the cleaning device tidy. web links
超声波清洗机的运用范围，如下行业：rn1、电子/电气工业行业：rn半导体元件（如硅片、集成电路）、各类高低压电器（如继电器、开关、电路板、 Potquins), various motors, compressors, various electrical components, vacuum devices, etc.). 2, optical, photovoltaic, photovoltaic industries: O optical glass and components, photoelectric glass and components, photovoltaic glass and components. 3, car/engineering machinery/locomotive industry: engine components (such as cylinders, cylinders, valves, pistons, pistons, valves, etc.), ignition bolt, brake pump, steering machine, reduction, reduction Vibrations, various precision parts, etc. 4, aircraft industry: engine components, various accessories, fuel oil filter, fuel metering instruments, inject nozzles, rotating wings, flow control devices, mechanical control devices parts, wheel hubs, various precision zero zeros Components, etc. 5, glasses, watch industry, gem processing industry: glasses, glasses racks, clocks, lenses, gems, valuable metal decorations, jewelry, various precision parts. 6, rubber industry: gloves, bands, white tires, surgery medical rubber products, rubber molding metal mold/ceramic molds, etc. 7, brewing/pharmaceutical industry: bottle, lid, label removal device, exhaust device, processing utensils, processing utensils, filling the filling pipes, etc. 8, printing/plate making industry: Rotor, metal boards, forms, mother and child, medicinal small glass bottle, photo bottom plate, metal chassis, etc. 9, public undertakings, electricity, gas, news and communication industry: The various metering instruments, power meters, various lighting lamps, seap porcelain bottles, communication equipment key components, etc. 10, research institute and other atomic energy industry: control rods, count tubes, pumps, lead pipes, containers used in the institute, glass snail pipe, glass tube, analysis test, eyepiece, etc. 11, medical and medical research industries: Moster, dental drill, pore expander, esophageal mirror, bronchoscopy, rectoscope, cystoscopy, glass container, syringe, sensor, test material, test material, test material Glass and so on. 12, finance, mint industries: Tracks, accepting numbers, coins,*porcelain, gold/silver products, etc. 13, mechanical/tool/quantity 具/blade industry: bearings, screws, nozzles, gears, fixtures, fixing devices, springs, drilling molds, bed body, valve, label card, knife, various types of quantity 具, All kinds of blade, all kinds of mechanical parts, etc.
The principle of ultrasonic cleaning machine is mainly through the converter to convert the sound of the power ultrasonic frequency source into a mechanical vibration, and the cleaning solution that radiates the ultrasound to the groove by cleaning the groove wall. Due to the radiation of ultrasonic waves, the micro -bubbles in the liquid in the groove can be vibrated under the action of sound waves. Destroy the sucking of the surface of the dirt and cleaning parts, causing the fatigue destruction of the dirt layer and being refuted. The vibration of the gas bubble is scrubbed on the solid surface. It the main links and steps of their work, the principles and knowledge of how the ultrasonic cleaning machine works. Ultrasonic is a sound wave with frequency higher than 20,000 Hz. It has good direction, strong penetration ability, and easy to obtain more concentrated sound energy. It is far from the distance in the water. Wait. There are many applications in medicine, military, industry, and agriculture. Ultrasound is named after the lower limit of the frequency of human hearing. The principle of ultrasonic cleaning machine is mainly through the converter to convert the sound of the power ultrasonic frequency source into a mechanical vibration, and the cleaning solution that radiates the ultrasound to the groove by cleaning the groove wall. Due to the radiation of ultrasonic waves, the micro -bubbles in the liquid in the groove can be vibrated under the action of sound waves. When the sound pressure or strong sound reaches a certain degree, the bubble will swell quickly, and then suddenly close. In this process, the instantaneous shock waves of the bubbles were closed, which caused the pressure and temperature adjustment of 1012-1013Pa around the bubbles. The huge pressure generated by this ultrasonic vacuum can destroy insoluble dirt and differentiate them in the solution. Steam -type empty impact on dirt. On the one hand, it destroys the adsorption of the surface of the dirt and cleaning parts, and on the other hand, it can cause the fatigue destruction of the dirt layer and be refuted. The bubbles immediately "drilled into" the vibration of the stains falling off. Due to the vacuum effect, the two liquids quickly dispersed and emulsified in the interface. When the solid particles were wrapped in oil and adhered to the surface of the cleaning piece, the oil was emulsified, solid particles When it comes off by itself, the ultrasound will generate positive and negative transformers when spreading in the cleaning solution, forming a shooting flow, impacting cleaning parts. At the same time, because the non -linear effect will generate sound flow and micro sound flow, the ultrasonic is empty in the solid and liquid interface. It will produce high -speed micro -shot. All these functions can destroy dirt, remove or weaken the boundary dirt, increase the stirring and diffusion effects, accelerate the dissolution of soluble dirt, and strengthen the cleaning effect of chemical cleaner. It can be seen that all the liquids can be immersed in and the sound field has a cleaning effect, which is characterized by the cleaning of parts with very complex surface shapes. Especially after using this technology, the amount of chemical solvents can be reduced, thereby greatly reducing environmental pollution. The second ultrasound spreads in the liquid, so that the liquid and cleaning slot vibrate at the ultrasonic frequency. When the liquid and cleaning slot are vibrated, there is their own inherent frequency. Voice. It, in the process of ultrasonic cleaning, the bubble that can be seen with the naked eye is not a vacuum nuclear group bubble, but a air bubble. It has a suppression effect on the airification effect to reduce the cleaning efficiency. Only when the air bubbles in the liquid are completely dragged away, the vacuum nuclear foam bubbles that are empty can achieve the best results.
Ultrasonic cleaning machines are widely used in the surface spray treatment industry, machinery industry, electronics industry, medical industry, semiconductor industry, clock jewelry industry, optical industry, textile printing and dyeing industry. In other industries, etc., the ultrasonic cleaning machine uses the following specific
1, the surface spray treatment industry: (cleaning attachment: oil, mechanical dandruff, abrasive, dust, polished wax) Clear charcoal accumulation, remove the removal, remove Oxidation skin, removing polishing paste, oil removal and rust and removal, cleaning before plating, phosphorification treatment, metal workpiece surface activation treatment, etc. Stainless steel polishing products, stainless steel knives, tableware, knives, locks, lighting, lighting, hand -plating before spraying, and before plating.
2, mechanical industry: (cleaning attachment: cutting oil, milling particles, iron dumbs, dust, fingerprints)
n Oil and rust removal of parts; engines, engine parts, gearboxes, shock absorbers, shaft tiles, oil mouths, cylinders, valves, carburetors and car parts and chassis paint Cleaning; dredging and cleaning of filters, piston accessories, filters, etc. Precision mechanical components, compressor parts, camera parts, bearing, hardware parts, molds, especially in the railway industry, the removal of oil removal of train carriage and air conditioning, rust, rust removal, and oil removal of the components of the train's front.
n00:00 / 00: 4670% shortcut keys to describe space: Play / suspend ESC: exit full screen ↑: increase volume 10% ↓: reduced volume decrease by 10% →: single fast forward 5 seconds ←: single fast retreat 5 seconds Press hold up and hold it up. Here you can drag no longer appear in the player settings to reopen the small window shortcut key description
What is an ultrasonic cleaning machine?
Them wave cleaning machine is an interesting device that can almost clean any things around your home. You can apply them to your clothes, jewelry, baby supplies, silverware, tools and even vegetables.
The ultrasonic cleaning machine Clear pollutants including dirt, dirt, oil, bacteria, mold and blood stains. In addition to powerful functions, it is gentle and more suitable for cleaning and exquisite items.
What is the ultrasonic cleaning machine?
It you can use an ultrasonic cleaner to effectively clean the items to remove dirt particles and stubborn stains. These intelligent cleaner uses high -frequency sound waves to produce strong vibration in the cleaning solution.
Due to vibration, the solution can clean various rough and smooth surfaces. The scrubbing effect produced by the ultrasonic cleaners helps the cleaning solution to the inside of the crack and the pores.
How how does the ultrasonic cleaning machine work?
The strong vibration produced by the ultrasonic cleaning machine forms millions of bubbles in the cleaning solution per second. Ultrasonic cleaning machine air bubbles increase due to energy and then ruptured on the surface of the items. The phenomenon of shock waves caused by countless small air foam foam is called "empty" phenomenon. Crash and burst will put pressure on dirt particles and force them to shift.
The air bubbles stir the solution to remove any pollutants that are adhered to plastic, glass, metal or other surfaces. The brushing exercise of the liquid enables it to reach any cracks and holes in the item. The entire system aims to target the most stubborn impurities and spots.
one of the best ultrasonic cleaning machines is a typical example of portable ultrasonic cleaning machine. Its design purpose is to produce strong stirring in the liquid, which is very suitable for cleaning any impurities at the micro level.
The use of ultrasonic cleaning may take 5 to 20 minutes, depending on the power of the cleaner and the washed object. You can use ultrasonic cleaning machines on the surface without removing items before washing.
The performance of the ultrasonic cleaning machine
The performance of the ultrasonic cleaning machine depends on the power and efficiency of the cleaning machine. Powerful converters ensure enough ultrasonic energy to actively clean.
It if you want to know what the converter is, it is a device that converts electrical energy into a strong sound wave (called ultrasonic energy) in the ultrasonic cleaners. The more powerful the transducer you use, the higher your cleaning efficiency.
The ultrasonic cleaning machine is cleaned at the same time as quiet. It is also lightweight and suitable for travel, so no matter where you go, you can have a clean environment.
No matter how far from home, if you want to keep the items clean, you can carry an ultrasonic cleaning machine with you. A suitcase will come in handy to easily carry the equipment on the journey.
The factors that significantly affect the cleaning process are the cleaning solution you use. Ultrasonic cleaning solution is used for use with the cleaning device to make reliable cleaning at the micro level.
The direction
is very easy to use by ultrasonic cleaning machine. Just follow four simple steps to start cleaning like magic.
First of all, the water full container filled with ultrasonic cleaning fluid. The ultrasonic cleaning machine will help the solution to complete its work well. Then, insert a wall -mounted device and put the ultrasonic cleaner into the water.
Next, put the items that need to be cleaned into the container. Finally, set the timer before starting (depending on your cleaning needs).
The precautions for ultrasonic cleaning machine
If you want to use the ultrasonic cleaning machine for a long time, please take some simple steps to maintain your ultrasonic cleaning machine. Just like you use it to clean your items, you also need to keep the cleaning device tidy.
web links
超声波清洗机的运用范围，如下行业：rn1、电子/电气工业行业：rn半导体元件（如硅片、集成电路）、各类高低压电器（如继电器、开关、电路板、 Potquins), various motors, compressors, various electrical components, vacuum devices, etc.).
2, optical, photovoltaic, photovoltaic industries:
O optical glass and components, photoelectric glass and components, photovoltaic glass and components.
3, car/engineering machinery/locomotive industry:
engine components (such as cylinders, cylinders, valves, pistons, pistons, valves, etc.), ignition bolt, brake pump, steering machine, reduction, reduction Vibrations, various precision parts, etc.
4, aircraft industry:
engine components, various accessories, fuel oil filter, fuel metering instruments, inject nozzles, rotating wings, flow control devices, mechanical control devices parts, wheel hubs, various precision zero zeros Components, etc.
5, glasses, watch industry, gem processing industry:
glasses, glasses racks, clocks, lenses, gems, valuable metal decorations, jewelry, various precision parts.
6, rubber industry:
gloves, bands, white tires, surgery medical rubber products, rubber molding metal mold/ceramic molds, etc.
7, brewing/pharmaceutical industry:
bottle, lid, label removal device, exhaust device, processing utensils, processing utensils, filling the filling pipes, etc.
8, printing/plate making industry:
Rotor, metal boards, forms, mother and child, medicinal small glass bottle, photo bottom plate, metal chassis, etc.
9, public undertakings, electricity, gas, news and communication industry:
The various metering instruments, power meters, various lighting lamps, seap porcelain bottles, communication equipment key components, etc.
10, research institute and other atomic energy industry:
control rods, count tubes, pumps, lead pipes, containers used in the institute, glass snail pipe, glass tube, analysis test, eyepiece, etc.
11, medical and medical research industries:
Moster, dental drill, pore expander, esophageal mirror, bronchoscopy, rectoscope, cystoscopy, glass container, syringe, sensor, test material, test material, test material Glass and so on.
12, finance, mint industries:
Tracks, accepting numbers, coins,*porcelain, gold/silver products, etc.
13, mechanical/tool/quantity 具/blade industry:
bearings, screws, nozzles, gears, fixtures, fixing devices, springs, drilling molds, bed body, valve, label card, knife, various types of quantity 具, All kinds of blade, all kinds of mechanical parts, etc.
The principle of ultrasonic cleaning machine is mainly through the converter to convert the sound of the power ultrasonic frequency source into a mechanical vibration, and the cleaning solution that radiates the ultrasound to the groove by cleaning the groove wall. Due to the radiation of ultrasonic waves, the micro -bubbles in the liquid in the groove can be vibrated under the action of sound waves. Destroy the sucking of the surface of the dirt and cleaning parts, causing the fatigue destruction of the dirt layer and being refuted. The vibration of the gas bubble is scrubbed on the solid surface.
It the main links and steps of their work, the principles and knowledge of how the ultrasonic cleaning machine works. Ultrasonic is a sound wave with frequency higher than 20,000 Hz. It has good direction, strong penetration ability, and easy to obtain more concentrated sound energy. It is far from the distance in the water. Wait. There are many applications in medicine, military, industry, and agriculture. Ultrasound is named after the lower limit of the frequency of human hearing. The principle of ultrasonic cleaning machine is mainly through the converter to convert the sound of the power ultrasonic frequency source into a mechanical vibration, and the cleaning solution that radiates the ultrasound to the groove by cleaning the groove wall. Due to the radiation of ultrasonic waves, the micro -bubbles in the liquid in the groove can be vibrated under the action of sound waves.
When the sound pressure or strong sound reaches a certain degree, the bubble will swell quickly, and then suddenly close. In this process, the instantaneous shock waves of the bubbles were closed, which caused the pressure and temperature adjustment of 1012-1013Pa around the bubbles. The huge pressure generated by this ultrasonic vacuum can destroy insoluble dirt and differentiate them in the solution. Steam -type empty impact on dirt.
On the one hand, it destroys the adsorption of the surface of the dirt and cleaning parts, and on the other hand, it can cause the fatigue destruction of the dirt layer and be refuted. The bubbles immediately "drilled into" the vibration of the stains falling off. Due to the vacuum effect, the two liquids quickly dispersed and emulsified in the interface. When the solid particles were wrapped in oil and adhered to the surface of the cleaning piece, the oil was emulsified, solid particles When it comes off by itself, the ultrasound will generate positive and negative transformers when spreading in the cleaning solution, forming a shooting flow, impacting cleaning parts. At the same time, because the non -linear effect will generate sound flow and micro sound flow, the ultrasonic is empty in the solid and liquid interface. It will produce high -speed micro -shot. All these functions can destroy dirt, remove or weaken the boundary dirt, increase the stirring and diffusion effects, accelerate the dissolution of soluble dirt, and strengthen the cleaning effect of chemical cleaner. It can be seen that all the liquids can be immersed in and the sound field has a cleaning effect, which is characterized by the cleaning of parts with very complex surface shapes. Especially after using this technology, the amount of chemical solvents can be reduced, thereby greatly reducing environmental pollution.
The second ultrasound spreads in the liquid, so that the liquid and cleaning slot vibrate at the ultrasonic frequency. When the liquid and cleaning slot are vibrated, there is their own inherent frequency. Voice.
It, in the process of ultrasonic cleaning, the bubble that can be seen with the naked eye is not a vacuum nuclear group bubble, but a air bubble. It has a suppression effect on the airification effect to reduce the cleaning efficiency. Only when the air bubbles in the liquid are completely dragged away, the vacuum nuclear foam bubbles that are empty can achieve the best results.