What are the advantages of medical ultrasonic cleaners?

In the medical industry, manufacturers of medical device components, as well as major medical institutions, are subject to extreme scrutiny. The instruments used by doctors are critical, and contamination issues can have fatal consequences. Therefore, in order to ensure that medical device-related products meet increasingly stringent cleaning standards, ultrasonic cleaning technology has begun to support the medical field, and medical ultrasonic cleaners provide an excellent choice for institutions or hospitals to meet related cleaning needs.

Sterility has always been important for medical devices, and critical cleaning of medical components is becoming a recognized focus area in medical device manufacturing due to the growing recognition that sterility alone does not ensure product safety. Medical cleaning requires the removal of a wide range of contaminants, from large to submicroscopic. Variables include hardness, solubility, substrate adhesion, and rejection.

Due to the diversity of contaminants, cleaning in medical applications presents unique challenges that are often not easily solved by traditional off-the-shelf technologies. Thorough and reliable cleaning of medical applications often requires a combination of technologies, the most successful of which is ultrasonic cleaning.

Ultrasound technology provides the ideal medical cleaning solution.

Ultrasonic technology is inherently suited to the most demanding medical cleaning needs, as it delivers superior results. Ultrasonic cavitation and the powerful rupture of cavitation bubbles are highly effective at breaking down contaminants for effective removal. Ultrasonic technology also improves the ability to validate and document the cleaning process.

Shenzhen Fuyang Technology provides a variety of medical device cleaning solutions, and has designed ultrasonic cleaning equipment for immersable medical device components that require rigorous cleaning. Our equipment is designed to provide an efficient and thorough cleaning solution to remove all contaminants from the contours and surfaces of the device to meet the most stringent medical device cleaning requirements.

1. Cleaning integration.

When using the medical ultrasonic cleaning machine, it is necessary to manually put in medical appliances and cleaning liquid, but after the cleaning machine is turned on, it can be cleaned intelligently and integrally, cleaning, rinsing and drying are carried out step by step and continuously and no longer need to be operated manually, which can be said to have completed a full set of cleaning measures and saved manpower and time.

2. Protect the health and safety of medical personnel.

Medical utensils will inevitably have scalpels, glass pieces, tweezers and other sharp, if the utensils are stained with the patient's blood, then manual cleaning will inevitably have the possibility of infection, the use of medical ultrasonic cleaning machine can avoid the problem of manual cleaning infection disease, only need to put medical appliances into the medical ultrasonic cleaner for cleaning can complete the sanitation work.

3. The cleaning effect is better.

Once the drug or blood stains remaining on the medical appliances are dry, it is difficult to clean them by hand, even if the surface can not see the stains, there will still be the residue of stubborn bacteria, the medical ultrasonic cleaning machine can produce a large number of tiny bubbles in the cleaning solution to impact the medical appliances when it is started, and it can also penetrate into many gaps in the utensils, and the cleaning effect produced by this ultrasonic cavitation is irreplaceable by artificial, and the medical appliances can be cleaned more thoroughly.

When surgical tools and instruments are difficult to clean and sterilize using traditional methods, ultrasonic cleaners can do the job well. For example, some special medical devices. laparoscopes for minimally invasive surgery, which may have heat-sensitive parts that cannot be sterilized in an autoclave; Instruments with special shapes cannot be cleaned manually in many places.

Using an ultrasonic cleaner also reduces the risk of medical staff handling sharp tools.

As a result, the use of ultrasonic cleaners in medical facilities is increasing year on year. Ultrasonic technology cleans quickly and thoroughly. Although the ultrasonic cleaning process itself does not sterilize, adding an appropriate amount of disinfectant to the cleaning solution can clean the instrument to disinfect and sterilize.

How to use the medical ultrasonic cleaner.

While ultrasonic cleaners can effectively clean and disinfect surgical instruments, they must be set up for specific cleaning applications. In addition to following the surgical instrument manufacturer's instructions for use, the size, frequency, temperature, and bath must match the cleaning application. A good ultrasonic cleaner manufacturer can help you choose the right bath and configure it according to your needs.

While ultrasonic cleaners are very effective for cleaning and disinfecting, normal medical procedures should always be followed. For example, instruments should be rinsed or kept moist immediately after use to prevent blood and other substances from drying out. Dry contaminants are more difficult to remove, and cleaning may take longer.

Effective cleaning depends on the frequency of ultrasound used. The frequency of the cleaner can be fixed for only one instrument application. Universal cleaners can typically operate at multiple frequencies, depending on what you're cleaning. The use of the correct frequency should be checked.

Disinfection depends on using the right disinfectant and in the right amount. The disinfectant to be used is sometimes specified, and applicable studies may be conducted for specific situations. Your health care provider should verify the type and concentration of the cleaning solution.

During normal operation, the stainless steel instruments cleaned by the medical ultrasonic cleaner are shiny, and the other parts are free of obvious contaminants. Visual inspection after cleaning confirms that it is working as expected and that contaminants have been thoroughly cleaned.

In addition to general instructions for using ultrasonic cleaners, healthcare facilities should have specific policies and procedures for basic use that facilitate the use of ultrasound technology to clean different types of instruments in the future. Ultrasonic cleaner manufacturers for surgical instruments can help with this and ensure that the equipment is cleaned in every situation.

Ultrasonic cleaners are a great addition to medical facility equipment to improve patient outcomes, increase efficiency, and reduce manual cleaning tasks. In order to achieve these results, ultrasonic cleaners must be configured for specific cleaning applications and used in accordance with the correct procedures.

1.Process advantages.

In the field of industrial cleaning, compared with many other cleaning methods, ultrasonic cleaning machines have been widely recognized for their excellent performance. Especially in professional households and integrated production manufacturers, the production lines of these manufacturers are highly fixed, and the cleaning machine is very suitable for the use of these manufacturers. Therefore, ultrasonic cleaning machine has gradually replaced traditional cleaning methods, such as immersion washing, pressure washing and other processes, and has become a common cleaning method.

2.High cleaning accuracy.

In the past, traditional cleaning methods could only clean dirt molecules or devices with flat surfaces that were relatively easy to clean. The professional ultrasonic cleaning machine can be competent for precision cleaning and cleaning in the processing and production process of various products, cleaning of various materials and equipment surfaces, etc., and can remove the surface of the device and the small dirt particles hidden in the depths. This cleaning can give the internal components of the machine a new look and extend the life of the components.

3.Wide range of cleaning.

The traditional cleaning method can be divided into physical cleaning and chemical cleaning, which is different from the curing classification of the traditional method. The ultrasonic cleaner can borrow different cleaning solvents to achieve the cleaning effect of both. For example, the ultrasonic cleaner can use chemical solvents to remove rust and scale on the surface of the object, or it can directly use water and vibrate the object to clean the object.

It is mainly suitable for hospital scalpels, tweezers, hemostats, endoscopic biopsy forceps, injection needles, syringes of various sizes, test tubes, glass plates, dressing bowls, various plates, barrels, manometers and other radioactive, polluting, large-scale, high-cleanliness immersion cleaning, disinfection, etc., and is a necessary equipment for hospital operating rooms, first-class rooms and disinfection centers and scientific research units, laboratories and laboratories of pharmaceutical factories.

1. Types of medical ultrasonic cleaners.

Medical ultrasonic cleaners have different properties according to different cleaning regulations, which can be roughly divided into the following:

1. Single-tank medical ultrasonic cleaning machine: only has ultrasonic cleaning tank, there are two models: horizontal and desktop.

2. Double-tank medical ultrasonic cleaning machine: including ultrasonic cleaning tank and ultrasonic immersion tank.

3. Multi-tank medical ultrasonic cleaning machine: under the premise of double tank, a drying box, an oil immersion boiling tank, a prepreg tank, etc. are added.

4. Medical automatic ultrasonic cleaning machine: After setting the program, it can automatically complete the cleaning steps, without human factors, and is mainly used in the cleaning and disinfection of a large number of equipment in hospitals.

Second, the use of medical ultrasonic cleaner.

Medical ultrasonic cleaning machine is a special cleaning equipment for medical device industry, scientific research institutions, and pharmaceutical companies, which is mainly used to dispose of scalpel blades, medical tweezers, surgical forceps, endoscopic biopsy forceps, syringe needles, injection needles, test tubes, glass lenses, wound dressing bowls, cylinders, manometers, etc. At the same time, it is ensured that the relevant staff will not be infected by the contaminated virus.

3. What are the advantages of medical ultrasonic cleaners?

As one of the indispensable machinery and equipment for hospital operating rooms, hospital rooms, disinfection centers, scientific research institutions, biological laboratories and chemical laboratories of pharmaceutical companies.

The advantages of medical ultrasonic cleaners are:

1. The cleaning effect is obvious, many medical machinery has the characteristics of uneven surface and small blind holes, which are generally difficult to clean with steam cleaning and high-pressure water jets, and the cavitation effect of the ultrasonic cleaner can speed up the melting of the equipment table, and the cleaning effect is obviously more complete.

2. Cleaning high efficiency In the past, the traditional cleaning of medical machinery often had to carry out multi-enzyme immersion of equipment, manual scrubbing, rinsing and other processes, which was time-consuming and laborious, and manual operation was difficult to ensure the quality of equipment cleaning, and it was very convenient to use medical ultrasonic cleaning machine, after soaking the equipment in multi-enzyme cleaning solution, immediately put it into the cleaning tank, place the cleaning agent, set the temperature and time to automatically clean, and the efficiency was very high.

3. The hygienic and safe medical ultrasonic cleaner is a kind of zero-pollution machine, which will not cause many problems such as electromagnetic radiation in the whole cleaning process, and everyone does not have to touch it in the whole cleaning process to prevent re-contamination; For medical staff, it can also protect the residual viruses and bacteria on the equipment to ensure the food hygiene and safety of medical staff.

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As a special application of ultrasonic cleaning equipment in hospitals, medical ultrasonic cleaning machine handles the cleaning, rinsing, oiling, drying, etc. of contaminated instruments, and has incomparable technical characteristics compared with conventional ultrasonic cleaning equipment. The medical ultrasonic cleaner adopts the most advanced digital circuits and integrated circuits in the world. The product has the characteristics of novel structure, advanced circuit, reliable operation, high efficiency, low noise and high cleanliness, and is widely used in operating rooms, laboratories, laboratories, laboratories, laboratories, dentals, disinfection centers and other departments of hospitals and other medical institutions.

It is the most ideal equipment for cleaning deep holes, blind holes, and concave and convex grooves of medical devices. Digital LCD control boot time All stainless steel shell, inner tank and cover, more high-grade waterproof performance greatly improved, the product is safer and lasting, with heating and constant temperature system Automatic inlet and drainage system, more convenient, medical equipment special stainless SUS304 cleaning basket.

Compared with a variety of other cleaning methods, ultrasonic cleaning machine has shown great advantages, especially in systematic and group production enterprises, which have gradually replaced the traditional immersion cleaning, shabu washing, pressure washing, vibration cleaning and steam cleaning processes with ultrasonic cleaning technology.

The high efficiency and high cleanliness of the ultrasonic cleaner are due to the penetration and cavitation impact generated during the dispersal of ultrasonic waves in the medium, so that it is easy to clean parts containing complex shapes, internal cavities and fine pores; For the general process of degreasing, anti-rust treatment, phosphating, etc., it only takes two or three minutes to complete under the action of ultrasonic, and its speed can be increased several times or even dozens of times compared with traditional cleaning methods, and the cleanliness can reach high standardization.

Ultrasonic cleaning is not the only way to achieve all-round cleaning, such as solution cleaning, but the cost of solution cleaning is high, and the cleaning effect is low. The ultrasonic cleaning machine has both cleaning effect and all-round cleaning at the same time, the cleaning cost is also very low, generally only the cost of equipment and electricity, and only a little detergent can be added. In addition, the ultrasonic cleaner is easy to use, the cleaning volume is not small, and the labor cost is also saved.

Ultrasonic cleaners can be used in the following industries:

1. Machinery manufacturing industry: removal of anti-rust grease, cleaning of measuring instruments, degreasing and anti-rust treatment of mechanical parts, cleaning of engines, carburetors and auto parts, dredging and cleaning of filters and filters, etc. Especially in the railway industry, it is particularly suitable for the degreasing and decontamination of the air conditioning of the train carriage, the anti-rust treatment, degreasing and anti-rust treatment of the parts of the train head.

2. Metal surface treatment industry: degreasing and rust prevention treatment before electroplating, cleaning before ion plating, phosphating treatment, carbon deposition removal, oxide scale removal, polishing paste, metal workpiece surface activation treatment, etc.

3. Instrumentation industry: cleaning of precision parts before assembly with high cleanliness.

4. Electronics industry: cleaning of mechanical and electronic parts such as rosin and solder spots on printed circuit boards, high-voltage contacts, etc.

5. Medical device industry: cleaning, disinfection, sterilization of medical machinery, cleaning of experimental containers, etc.

6. Semiconductor industry: high-cleanliness cleaning of semiconductor wafers.

7. Watch and jewelry industry: cleaning grease, dust, oxide layer, polishing paste, etc.

8. Organic chemistry and biological industry: cleaning and descaling of experimental containers.

9. Optical industry: degreasing, sweating, ash removal of optical components, etc.

10. Printing and dyeing industry: cleaning textile spindles, spinnerets, etc.

11. Chemical and petroleum industry: cleaning and dredging of metal filters, cleaning of chemical utensils and exchangers, etc.

12. Others: liquid defoaming (removal of dissolved air) in the manufacture of photosensitive materials, paper industry, and some food fields.

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