Year1
- 内槽尺寸：
- 300*240*150MM
- 超声功率：
- 240W
- 机器容量：
- 10 升
Product specifications
Outline dimensions length, width and depth
Inner tank dimensions length, width and depth
Ultrasonic system transducers
Ultrasonic frequency
Heating system left and right mechanical Thermostat control heating system
Cleaning time control minutes Mechanical timer control ultrasonic working time
Product usage conditions
Power requirements﹪
Ambient temperature ℃℃
Ambient humidity﹪< br/> Principle of ultrasonic cleaning machine
Ultrasonic cleaning uses the cavitation, acceleration, and direct flow of ultrasonic waves in the liquid to directly and indirectly affect the liquid and dirt, so that the dirt layer is dispersed, emulsified, and peeled off. Cleaning purposes.
Cavitation is the transmission of ultrasonic waves into the liquid in the form of interactive high-frequency transformations of compression and decompression more than 20,000 times per second. When the pressure is reduced, the phenomenon of vacuum core bubbles is generated in the liquid. When the compression force is applied, the vacuum core bubbles generate a strong impact force when they are crushed by the pressure, thereby peeling off the dirt on the surface of the object to be cleaned, thereby achieving precision. Cleansing purpose.
The effect of direct flow is that the flow phenomenon caused by ultrasonic waves in the liquid along the direction of sound propagation is called direct flow. When the sound wave intensity is high, the straight flow can be seen with the naked eye, and the flow is generated on the vertical vibration surface, and the flow speed is about /. Through the direct flow, the slightly oily dirt on the surface of the object to be cleaned is stirred, and the cleaning liquid on the surface of the dirt also generates convection. The dissolved liquid that dissolves the dirt is mixed with the new liquid, which accelerates the dissolution speed and plays a large role in the transportation of dirt. effect.
Acceleration is the acceleration caused by the push of liquid particles. For ultrasonic cleaning machines with higher frequencies, the cavitation effect is very insignificant. The cleaning at this time mainly relies on the acceleration of liquid particles under the action of ultrasound to impact particles to carry out ultra-precise cleaning of dirt.
There are many commonly used experimental equipment
Various dirt will be produced during the experiment. These dirt will affect the experimental effect, so it needs to be cleaned before and after each experiment. Clean
Clean.
How to clean beakers and test tubes?
In the laboratory industry, there is a rather troublesome thing, which is that it is difficult to remove dirt on the inner walls of containers such as beakers, especially long and slender test tubes. After the experiment, the liquid contained will Residues are left, and manual cleaning is not done properly. But if it is not cleaned, it will affect the results of the next experiment. How to clean beaker test tube?
This problem can be easily solved with Shenhuatai ultrasonic cleaning machine! why? Let’s look at the working principle of the ultrasonic cleaning machine. It uses the high frequency of ultrasonic waves to convert them into mechanical kinetic energy through a transducer and acts on the liquid, causing the liquid to cavitate, forming countless bubbles that burst rapidly, producing a strong impact force. Impact the surface of objects in the liquid to break away the dirt on the surface, thereby achieving the purpose of cleaning the surface. It can be seen that the advantage of ultrasonic cleaning is that as long as the parts that water can contact, it can be cleaned in place, completely and thoroughly decontaminated, leaving no residue, high efficiency and good effect!
So how to clean test tubes and beakers with ultrasonic waves? It's very simple, just put an appropriate amount of water into the cleaning tank, and then put the items to be cleaned into the water, preferably completely submerged. Then turn on the machine's ultrasonic working switch and set the cleaning time, and the machine will automatically complete the cleaning work.
Warm reminder: Ultrasonic cleaning machines will produce noise when working. Some people may not be used to it, so it is best to choose a machine with noise reduction technology. With our industry-leading technology, the ultrasonic cleaning machine has the lowest noise among its peers. It is your best choice. Excellent choice!
Product Features
High-power transducer, strong effect
Large-capacity inner tank, can be used for professional cleaning
Special heating function to meet special cleaning requirements
Work Adjustable time mode
Digital display of working status, power-off memory function
Transparent window with indicator light to visualize the cleaning process
Equipped with forced heat dissipation device, which can work for a longer time
/>Safe line design, moisture-proof treatment
Applications and cleaning advantages of ultrasonic cleaning machines in industries
Ultrasonic cleaning machines are used for cleaning in various industries
Automotive industry, hardware industry, electronics industry, laboratory, printing industry Electroplating industry, optical industry, precision parts industry, glasses industry, jewelry industry, jade industry, watch industry, semiconductor industry, communication equipment industry, precious metal industry, stainless steel industry, electric power industry and other industries.
Advantages of Ultrasonic Cleaning
Compared with various other cleaning methods, ultrasonic cleaning machines have shown great advantages. Especially in specialized and group-based production enterprises, ultrasonic cleaning machines have gradually been replaced by ultrasonic cleaning machines. The high efficiency and high cleanliness of ultrasonic cleaning machines benefit from the penetrability and cavitation impact generated when ultrasonic waves propagate in the medium. Therefore, it is easy to clean parts with complex shapes, inner cavities and fine hollows. General processes such as oil removal, rust prevention, phosphating and other processes can be completed in only two or three minutes under the action of ultrasonic waves, which is faster than traditional cleaning. The method can be improved several times, or even dozens of times, and the cleanliness can also reach high standards. This highlights the fact that in many situations where product surface quality and productivity are required to be high, other treatments cannot be achieved or are irreplaceable. result. Its advantages are summarized as follows: ① Good cleaning effect, high cleanliness and consistent cleanliness of all workpieces ② Fast cleaning speed, improving production efficiency ③ No need for manual contact with cleaning fluid, safe and reliable ④ It can also clean deep holes and slits and hidden parts of workpieces ⑤Save solvent, heat energy, working space and labor.
Ultrasonic cleaning machine for the electronics industry
Cleaning of circuit boards. In my country's electronics industry, most companies are using it. The flux used for component welding is divided into three categories: water-soluble rosin type and no-clean type. The first two are the most used. Ultrasonic cleaning is also used in many cases. In principle, alcohol brushing and no-clean type should not be cleaned. However, most manufacturers in the world still need to clean even if they use no-clean flux welding components. Especially if high-density and high-density pins are not cleaned or ultrasonic cleaning is not used, dust will be absorbed between high-density lines and pins. Once the ambient humidity is high, short circuits between high-density lines and pins will easily occur. A fault occurs, and once the environment is dry, the short circuit fault disappears on its own, and this type of fault is difficult to find. Therefore, electronic equipment manufacturers all over the world insist on ultrasonic cleaning of boards. In our country, military electronics manufacturers have begun to promote it, and have received the dual benefits of improving product reliability and reducing after-sales service costs.
Ultrasonic cleaning machine in the electroplating industry
Mainly used in electroplating parts, vacuum plating, decorative parts, locks, motor parts, bearings, die-casting parts, stamping parts, watch cases, straps, spectacle frames, stainless steel tableware, compressors, clock parts, precision textile equipment, precision molds, gears, crankshafts Removal of oil, wax and grease debris during the production and processing of precision metal parts such as valves, radiators and various metal parts. Ultrasonic cleaning in the electroplating industry is mainly divided into cleaning pre-treatment before electroplating and cleaning and post-plating treatment. Pre-electroplating cleaning includes cleaning of various hardware parts, cleaning of wax after polishing, and removal of oily debris during parts processing. Post-electroplating cleaning includes cleaning of residual plating liquid agents and various residues during the electroplating process.
Medical ultrasonic cleaning machine
Ultrasonic cleaning machine is used in the medical industry to thoroughly clean various stains on surgical machinery and surgical accessories, eliminating the problem of incomplete manual cleaning. Therefore, the Ministry of Health of the People’s Republic of China announced the "Endoscope Cleaning and Disinfection" "Technical Operating Specifications", which stipulates that endoscopes and accessories should be cleaned and disinfected immediately after use or sterilized in an ultrasonic cleaning machine for several minutes. And use glutaraldehyde and ethylene oxide soaking for disinfection and sterilization. According to the "Technical Operating Standards for Disinfection of Oral Diagnostic and Treatment Instruments in Medical Institutions", dental instruments should be disinfected and sterilized by ultrasonic cleaning and soaking in ethylene oxide and glutaraldehyde.
Laboratory ultrasonic cleaning machine
It is mainly used for experimental analysis or cleaning of experimental equipment in biochemistry, microbiology, pharmacology, physics, zoology, agriculture, medicine, food and pharmaceuticals and other industries. It is also widely used in electronics, optical machinery, automobile electroplating The hydraulic jewelry waiting industry is used for crushing, dispersing, dispersing, defoaming, degassing, and accelerating chemical reactions.
Ultrasonic cleaning machine in the automotive industry
It is mainly used to clean grease, preservatives, plastic residues, abrasive graphite, etc. on valves, ignition plugs, fuel pumps, fuel tanks, batteries, electrodes, piston rings, and machine control panel parts.
Company name Shenzhen Shenhuatai Ultrasonic Cleaning Equipment Co., Ltd.
Telephone
Contact person Ms. Liu
Our factory address Fuyong Cuihai Industrial Park, Baoan District, Shenzhen
WhatsApp
