Companies that use, repair and manufacture filters can rely on ultrasonic filter cleaning technology to remove dirt and contamination from filtering equipment and components. Ultrasonic cleaning significantly increases filter flow rates, longevity, reliability and performance. The ultrasonic cleaning process is far faster and more efficient than traditional cleaning methods and prevents potential cross contamination resulting from insufficiently-cleaned filters.
Government organizations such as law enforcement and military departments can rely on ultrasonics for government to gently yet powerfully remove a wide range of residues, dirt and contamination from their parts and equipment. Ultrasonic cleaning is especially effective in cleaning large, heavy-duty, or specialized equipment because of its ability to penetrate interior surfaces and areas where grime and other contaminants have become entrapped entrapment and impossible to reach. Ultrasonic cleaning is far faster, more cost-effective and more gentle yet efficient than traditional cleaning methods. Government agencies will benefit from the extended life of their parts and equipment brought by ultrasonic technology.
Marine engine repair, manufacture and sales companies rely on the marine industrial ultrasonic cleaner to remove dirt and contamination for their engine parts so that vessels run better and more efficiently. The marine environment is tough on large and small engine components, but ultrasonic cleaning works effectively on even the most delicate parts.
The motorcycle industry – including motorcycle repair, rebuild and manufacturing companies – benefits from the motorcycle industry ultrasonic cleaner. Ultrasonic cleaning helps companies maximize profits by reducing the time and effort it takes to clean their parts. Ultrasonics are faster and more efficient than traditional, dirty, and time-consuming cleaning methods.
There are several different methods of cleaning brass items but the sonic cleaner has become a very popular choice. The most common types of items cleaned in a sonic cleaner include brass sheets, cartridge cases for ammunition and other miscellaneous brass items. When used correctly, sonic cleaning results in a very deep and thorough clean that could not be accomplished through hand cleaning.
Benefits of cleaning brass with a sonic cleaner
- The process reaches parts of the brass that are extremely difficult to clean with traditional cleaning methods.
- Every crevice gets completely clean
- No need to disassemble parts
- Multiple pieces can be cleaned at once, saving time and money. Follow manufacturer recommendations for maximum pieces in your ultrasonic cleaner.
- Your brass parts will look like new.
How brass is cleaned with a sonic cleaner
- Sonic cleaners come with beakers that sit inside the basin part of the unit. Multiple beakers may be filled at once to enable cleaning many pieces simultaneously. Note that there is no difference when using one beaker compared to multiple as it relates to overall cleaning quality. Make use of the space you have in the sonic cleaner to save on cleaning time by using multiple beakers.
- The cleaning solution mix should follow manufacturer recommendations for brass items. Fill beakers roughly halfway to the top and then place the brass parts inside, ensuring that they are completely submerged.
- Use your sonic cleaner’s recommended cleaning cycle – often 480 seconds or 8 minutes per cleaning cycle. For optimal cleaning, you may need to run up to three cycles. After the cycles have completed the cleaning solution should be carefully drained, leaving the brass in the beakers.
- Next, remove the brass from the beaker and carefully rinse it to remove any residue.
- Return brass to the beaker and add distilled water and baking soda.
- Run the cleaning cycle once again. After the cleaning cycle has ended carefully drain the water and rinse the brass with fresh distilled water.
- Lastly, before drying there is usually a two rinse cycle to finish cleaning. First return the brass items to the beaker and fill the beakers with distilled hot water until they are covered. Set the cleaner to a single cycle. After completion, carefully drain the water. For the second cycle, cover the brass items with distilled room temperature water. Run a final cycle before draining the water again.
- Carefully dry the brass with a soft cleaning cloth and return the pieces to storage.
While there is a process to follow, sonic cleaning is ideal for cleaning brass and other parts. If you’re serious about keeping your brass items shiny and looking brand new, investing in a sonic cleaner is advisable.
For more than two decades, Ultrasonics International has helped businesses improve profitability by providing their clients with ultrasonic cleaning equipment that feature the latest advancements in wave sweep technology. Our ultrasonic cleaning equipment has a reputation for reliability and longevity. Utilizing the proper ultrasonic cleaning equipment saves money and improves cleaning processes. Cleaning results will be measurably better and less time will be required to complete the cleaning process. Production numbers go up and labor hours go down dramatically because multiple parts can be addressed simultaneously.
At Ultrasonic International Corp. we serve many industries including automotive, marine and government agencies and more. In addition to our wide selection of standard units we consistently and regularly custom-design equipment to suit the needs of the individual customer.
Contact our sales team today to see how our cleaning technology can help you maximize profits.
An ultrasonic cleaner is the ideal method for cleaning and restoring delicate items, which makes jewelry a perfect candidate for this methodology. Day-to-day dirt and grime, oily residues and even jewelers rouge (a compound for cleaning and buffing jewelry) can be removed from the tiny crevices and hidden passageways of these items. This cleaning method is ideal because the equipment can be adjusted to the proper ratio and frequency required to clean but not damage items. This is one of the top benefits of ultrasonic cleaning.
An ultrasonic cleaner is a modern miracle cleaning tool which can be utilized for a wide variety of applications. From cleaning automotive parts to medical equipment and even jewelry and circuit boards; there are virtually no limitations to what an ultrasonic cleaner can address. In order to get the most out of it, an ultrasonic cleaner should be purchased on its ability to address the customer’s specific applications. There are wide variations of tank configuration and sizes along with various frequencies and functionality features such as dynamic wave sweep technology that should be considered. The power of an ultrasonic cleaner also important and is measured by (watts per gallon power). The cleaner you choose should be solely determined by the application it is asked to address. Gathering information and spending some time with a professional will ensure that you select the right fit for your needs. This is especially relevant to the world of ultrasonic cleaning.
An ultrasonic cleaner can address a wide range of contaminants; it can handle cleaning of virtually any type of object. Tool selection is always important; especially so with ultrasonic cleaning equipment. Not every ultrasonic cleaner is created equal and the right equipment should be selected to meet the specific needs of the company. Before purchasing an ultrasonic cleaner, buyers should identify their ultrasonic cleaning needs and goals.
Most industrial parts needs to be cleaned but there are different ways to handle the task. What is the difference between traditional parts cleaners and ultrasonic cleaners? Auto technicians, hospitals and others who need to deep clean a wide range of industrial parts – big and small, delicate and sturdy – swear by ultrasonic cleaner technology to get the job done. While ultrasonic cleaners may require a bigger investment up front, they produce a better return on investment compared to the alternative.
Ultrasonic cleaning is a very efficient form of cleaning where dirt particles are completely and rapidly removed from
a variety of objects. Items are submerged in a tank with liquid, which is then hit with high-frequency sound waves. The sound waves create a gentle yet powerful scrubbing brush action in the fluid that cleans all surfaces of the objects including deep pores and crevices.