Ultrasonic cleaners are a state-of-the-art cleaning technology that provide professional results without the use of chemicals. These powerful cleaners are easy to use and provide unmatched cleaning efficiency, even on normally inaccessible surfaces. This article explores the benefits of ultrasonic cleaners, the principles of ultrasonic cleaning technology, factors to consider when purchasing an ultrasonic cleaner, and some safety practices for using ultrasonic cleaners.
These devices are a type of mechanical cleaner that works by introducing a cleaning liquid into a cleaning chamber, usually made of metal, and adding ultrasonic vibrations. These vibrations are between the frequencies of 20 kHz and 200 kHz and are generated using ultrasonic transducers. The cleaning liquid produces stationary microwaves by absorbing and releasing kinetic energy as members of the medium attract and repel each other. This mechanical action of ultrasonic cleaning solvents enhances the effectiveness of the cleaners.
How ultrasonic cleaning technology works
This type of device is based on the principle of cavitation. Cleaning liquids, such as distilled water, ethyl alcohol, detergents and solvents, are the media used in ultrasonic cleaners. These cleaning media are agitated when high-frequency vibration generated by ultrasonic transducers is applied. The stationary microwaves destroy dirt and dust anchored between the crevices or small gaps of any cleaning object. This allows them to stay clean without scratching the surface of the object.
Not all ultrasonic cleaners are the same, so buyers should consider several factors when purchasing one. These include the correct size for the job desired, the depth and volume requirements of the cleaning chamber, the proper size and number of transducers, convenience and ease of use, and the specific cleaning frequency needed. The higher the cleaning frequency, the better the ultrasonic cleaner.
Safety Practices When Using an Ultrasonic Cleaner
Once the right cleaner has been chosen, it is important to ensure safety while using it. This means always wearing protective equipment such as goggles, gloves, aprons and earplugs when exposed to ultrasonic cleaners. People should also be careful when using and storing cleaning liquids, as some may be flammable or toxic. Ultrasonic cleaning fluids should be stored at room temperature and in a safe place, out of the reach of children.
Ultrasonic cleaners provide professional results faster and more efficiently than traditional cleaners. This cleaning technology is ideal for precise electronic equipment and fragile items, as it provides much better particle removal than manual cleaning. Buyers should consider a variety of factors when purchasing an ultrasonic cleaner and should always follow proper safety practices when using the technology.
What Kalstein offers
As a leading manufacturer in the market, we have a variety of equipment to suit the needs of the end user, in Kalstein we guarantee equipment with European certificates, and specialized technical advice, for any questions visit HERE not only find a wide range of equipment for your laboratory, medical center, clinic, but the furniture required for one of your scientific spaces.
We are also competitors in the price market, giving your purchase the financial security you need. To learn more about our ultrasonic cleaners, just go HERE and request a quote for the one that best suits your scientific requirements, remember that we are here to help you, ask for our advice, we will accompany you in the buying/selling process.
