What are the factors that affect the price of ultrasonic cleaning equipment?

You can find Suzhou Younibes Blue Sky Machinery****. Suzhou Younibes Blue Sky Machinery Co., Ltd. has introduced foreign advanced production technology and technology to provide users with a variety of models of ultrasonic cleaning machines, large-scale automated ultrasonic cleaning lines, as well as various types of high-pressure spray cleaning machines, the company's products have unique technology, safe and convenient operation, and low cleaning costs.

Clause. First, the number of functions of the equipment.

The ultrasonic cleaning equipment will be affected by the number of equipment functions, because the function settings of different equipment will be different when operating and using, and the design size of the cleaning tank is also different, so the cost of the materials used is different, and the equipment will be classified according to different functions, and the number of equipment functions will affect the ultrasonic cleaning equipment.

Clause. Second, the degree of intelligence.

The performance of ultrasonic cleaning equipment in the degree of intelligence will also affect the price, many equipment is operated automatically without manual intervention, and the equipment will also be divided into integrated or split equipment, with the difference in intelligent operation will also have a great degree of mystery. In order to make reasonable use of the cost, it is recommended that users purchase equipment according to practical conditions.

Clause. 3. Cleaning power density and ultrasonic frequency.

Ultrasonic cleaning equipment will also be affected by the density of cleaning power and the frequency of ultrasonic, after all, high power density also means that the cleaning effect is good and can improve the cleaning speed, and the objects of different difficulties can be easily cleaned. Therefore, users should pay attention to its power density and ultrasonic frequency when choosing equipment, and these references are one of the important factors that directly affect the ultrasonic cleaning equipment.

Of course, in addition to these factors, the equipment will also affect its ** because of the different materials and brands or workmanship used, so the "how much does the ultrasonic cleaning equipment cost" is directly related to the needs of users, in order to reduce the cost of the purchase process, it is recommended that users purchase according to the actual use needs.

Jiangsu Jiujiu Jiayi Ultrasonic Technology **** will answer for you: enterprises will pay attention to the problem when purchasing ultrasonic cleaning equipment But in fact, in addition to **, there are many factors to consider, and the following parameters are to pay attention to when purchasing ultrasonic cleaning equipment.

1. Power density.

The higher the power density, the better the cleaning effect and the faster the cleaning speed.

2. Cleaning temperature.

When choosing ultrasonic cleaning equipment, you should ask about the cleaning temperature of each model, and the suitable cleaning temperature of different equipment is different. Control the temperature as required to wash more thoroughly.

3. Size. There are large ultrasonic cleaning equipment on the market, as well as small ones. The equipment used in industry is generally larger, but it is for ordinary daily use, so the body size will be small. Be sure to choose according to actual needs, choosing the wrong one will only waste resources.

Therefore, if there is a demand for ultrasonic cleaning equipment, then you may wish to refer to the above points when making a purchase, so as to choose the right one.

The cleaning advantages of the electronic circuit board ultrasonic cleaning machine are all obtained through professional identification, and you can use it with confidence!

High precision. Because the energy of ultrasonic waves can penetrate fine crevices and small holes, it can be applied to the cleaning of electronic circuit boards of any shape and complexity. If the electronic circuit board to be cleaned is more complex, there are some gaps and openings that are difficult to clean by ordinary methods.

Ultrasonic cleaning is often the only cleaning method that can meet their special technical requirements.

Fast and efficient. Ultrasonic cleaning is much faster than conventional cleaning methods in terms of dust removal and descaling of electronic circuit boards. The labor-saving benefits of ultrasonic cleaning often make it the most economical way to clean.

Good consistency. Regardless of whether the electronic circuit board to be cleaned is large or small, simple or complex, single piece or batch or on an automatic assembly line, the use of ultrasonic cleaning can obtain an incomparable and uniform cleanliness of manual cleaning.

The importance of frequency.

Noise is generated when the operating frequency is very low (within the range of human hearing). When the frequency is lower, the operating noise not only becomes loud, but may exceed the safety noise limits set by the Occupational Safety and Health Act or other regulations. In applications that require high power to remove dirt without concern about damage to the surface of the workpiece, a lower cleaning frequency is usually chosen.

The cleaning frequencies in this frequency range are often used to clean large, heavy parts or workpieces with high-density materials. High frequencies are often used to clean smaller, more delicate parts, or to remove tiny particles. High frequencies are also used in applications where the surface of the workpiece is not allowed to be damaged.

The use of high frequencies can improve cleaning performance in several ways. As the frequency increases, the number of cavitation bubbles increases lilinally, resulting in more and denser shock waves that allow them to enter smaller gaps. If the power remains the same, the cavitation bubble becomes smaller and the energy released is reduced accordingly, which effectively reduces the damage to the surface of the workpiece.

Another advantage of high frequencies is the reduction of the viscous boundary layer (the Bonuri effect), which allows ultrasound to detect very fine particles. This situation is similar to the pebbles at the bottom of a creek when the water level drops.

Because there are various components and even more delicate devices on the electronic circuit board, and the surface of the electronic circuit board is uneven and there are many small slits, the cleaning of the circuit board must of course use a higher frequency. The frequency of foreign data is recommended in. However, in reality, some people think that the higher the frequency, the easier it is to cause damage to the electronic circuit board, and the low frequency is often safe, which is completely wrong.

The selection of chemical solvents takes into account the influence of the physical properties of the cleaning solution on ultrasonic cleaning, among which vapor pressure, surface tension, viscosity and density should be the most significant influencing factors. Temperature can affect these factors, so it also affects the efficiency of cavitation.

The advantages of industrial ultrasonic cleaners are mainly reflected in the following four aspects:

1. High cleaning efficiency and good effect.

Compared with manual or other cleaning methods, the industrial ultrasonic cleaner has a very significant cleaning effect, and can completely and effectively clean the dead corners of the workpiece, so as to truly meet the cleaning requirements of removing the dead corners and hidden corners of complex workpieces.

2. Batch cleaning can be carried out.

Whether it is a single workpiece with a complex structure or a large number of workpieces, it is only necessary to put these workpieces into the cleaning tank and ensure that all parts can be exposed to the cleaning liquid, and the ultrasonic cleaner can carry out very efficient cleaning work.

3. Wide applicability.

Industrial ultrasonic cleaners can combine different solvents to achieve different cleaning effects, and can also meet different supporting production processes, such as dust reeding, rust removal, oil removal, wax removal, passivation, phosphating, pottery and cleaning before electroplating.

4. Energy saving and environmental protection.

The industrial ultrasonic cleaning machine is equipped with a cleaning circulation filtration system, which can circulate and filter the cleaning solvent and use it repeatedly, which can save the cost of cleaning solvent and save water resources, and truly achieve energy saving and environmental protection.

Hello, there are five main factors that affect the ultrasonic cleaner:

1. Cleaning time of ultrasonic cleaning machine.

The cleaning time of different parts and components will be different, setting the appropriate time is conducive to saving time and achieving the best cleaning effect (generally the setting time is 10-20min), if the time is too short, the workpiece can not be cleaned. Excessive time can lead to cavitation spots on the surface of the cleaned sample, which can affect the surface finish.

Second, the factor of the cleaning temperature of the ultrasonic cleaner.

Due to the different physical characteristics of each device, we should select different cleaning temperatures when cleaning, such as grease is generally above 50; Aluminum parts, generally choose about 40 is appropriate, the temperature is too high, will form oxidation spots; The general selection of burrs is below 15. Geneng ultrasonic cleaning equipment ST series, heating automatic constant temperature system, 20-80° can be set freely, to ensure that different products are not damaged at a fixed temperature.

3. Ultrasonic cleaner frequency.

The ultrasonic frequency is generally between 25kHz and 130kHz, and the physical cleaning force caused by cavitation when using water or water ultrasonic cleaning equipment cleaning agent is obviously beneficial to the low frequency, generally using about 15-30kHz. For the cleaning of parts with small gaps, slits and deep holes, it is better to use high frequency (generally more than 40kHz), or even hundreds of kHz. When cleaning the clock parts, use 400kHz.

If you use broadband FM cleaning, the effect is better.

Fourth, the power of the ultrasonic cleaning machine.

The standard ultrasonic cleaning machine ranges from 100W to 1500W, and the high-power products are mostly used for the cleaning of hardware, machinery and other industries or heavily polluted general objects.

5. Ultrasonic cleaning solution.

Choosing the right cleaning solution is helpful for the cleaning of parts, and the conventional cleaning solutions (media) are: water-based solutions, alcohol, gasoline and other organic solutions. Today's ultrasonic cleaners are a mixture of detergents, sizings, and other reactive ingredients.

There are many excellent, targeted cleaning agents available. It is necessary to achieve a suitable cleaning effect and avoid (cleaning liquid) reacting with the object to be cleaned.

1. Use the power supply and power cord that meet the specifications of the equipment.

The equipment is connected to the grounding wire according to the safety requirements, the cleaning agent should be placed in a clean, dry, and corrosive gas environment to avoid violent vibration, and the rear of the generator should leave enough space for heat dissipation. Make sure the ultrasonic cleaner has good contact to avoid personal injury accidents.

2. Do not immerse your fingers in the cleaning solution when the cleaning machine is working.

It is strictly forbidden to start the machine in the no-load state, and the ultrasonic cleaner must use the specified liquid level to pour the cleaning liquid into the cleaning tank before starting. The object to be cleaned should not be in contact with the bottom of the tank, and it is recommended to put the workpiece in a basket for cleaning. The cleaning solution must not be strong acid or alkaline, and flammable solutions should not be used without reliable safety measures.

The temperature of the cleaning solution will increase with the extension of the continuous working time during the year, and the continuous working time of the ultrasonic cleaner should not exceed the specified time.

3. The equipment adopts non-flammable detergent.

The use of ultrasonic cleaner must ensure that it is far away from flammable and explosive substances, and when certain substances must be used under special circumstances, corresponding safety precautions should be taken. It is necessary to ensure that the tank is filled with sufficient amount of cleaning solution. Do not splash the electrical control box and related electrical components, and keep away from water vapor, corrosive gases, dust, etc.

If a leak is found in the cleaning tank, it should be closed and used immediately, and the cleaning solution should be emptied after contact with the seller. After cleaning the ultrasonic cleaner with a heating device, the heater must be turned off before the cleaning liquid can be cooled and then emptied.

Factors such as power, frequency, type of cleaning oil, cleaning agent, water temperature, cleaning time, etc.

Ultrasonic cleaning is generally better. The main influencing factors are as follows: first, the shape of the container, there is no bottleneck. Second, the type of substance, the effect of cleaning inorganic matter is significantly better than that of organic matter.

Third, the area or volume of the substance, the larger the contaminated area, the more difficult it is to clean, and the cleaning time is longer.

The country's sales are leading.

Ultrasonic cleaner.

The ultimate mechanism is ultrasound.

Cavitation, ultrasonic cavitation intensity is related to acoustic parameters, physical and chemical properties of the cleaning fluid, and environmental conditions. Choose the correct and reasonable acoustic parameters and.

Cleaning liquid can get the best cleaning effect, what are the main factors that affect the effect of ultrasonic cleaner?

Factor 1: Ultrasonic sound intensity or.

Choice of sound pressure.

In the cleaning fluid, negative pressure will only occur when the amplitude of the distressed sound pressure exceeds the hydrostatic pressure, and ultrasonic spin will occur when the sound intensity of the ultrasonic cleaner is higher than the cavitation threshold, and for general fluids, when the cavitation threshold and the sound intensity are almost the same.

Cm. Increased cavitation intensity, i.e., higher noise intensity, higher cavitation intensity; Good cleaning effect; For some difficult to clean objects, such as oxides on metal surfaces, a higher sound intensity is required in the fibers of synthetic fibers.

Factor 2: Frequency selection.

The ultrasonic cavitation threshold is closely related to the ultrasonic frequency, the greater the sound intensity or sound power required to produce cavitation in the fluid, the lower the frequency, the more likely cavitation is to occur, the lower the frequency, the longer the fluid compression time of the ultrasonic cleaner, the rarer, the bubbles may become larger before impact, and the cavitation strength increases, which is more conducive to the cleaning effect.

Factor 3: Physical and chemical properties of the cleaning solution.

The selection of ultrasonic cleaner must consider two aspects: on the one hand, it is necessary to choose a detergent with good chemical effect, vapor pressure and viscosity, because these characteristics are related to the temperature and static pressure of the cleaning liquid, which will affect the cleaning effect of the ultrasonic cleaner, as the temperature of the cleaning solution increases, the number of cavitation germs increases, and the cavitation phenomenon increases.

More and more attention.

The flow rate of the cleaning liquid also has a great impact on the ultrasonic cleaning effect, because the growth and closing movement of the bubble can be completely completed, so the ultrasonic cleaning machine with good quality and excellent service is in a state where the liquid is generally not flowing during the cleaning process. And in the actual cleaning process in order to prevent.

Ultrasonic cleaning.

The machine sometimes reattaches the dirt to the cleaning components, and the cleaning solution needs to be constantly renewed, so it should be taken that the cleaning solution does not flow too fast to reduce the cleaning effect.