Today, medical instruments require sterilization before they can be used and even reused. Cleaning them to the highest standards possible is the responsibility of the hospital or department’s cleaning process company. While they may utilize the latest technology, including medical washer disinfectors and ultrasonic cleaners, it is important they also institute some form of ultrasonic cleaner test in order to make sure the equipment is performing to perfection.
What Is an Ultrasonic Cleaner?
Today’s manufacturers of surgical instruments tend to highly recommend the employment of a sonic cleaning system to ensure the cleanliness of these medical devices. The cleaners of this type operating in hospitals utilize high-frequency sound waves to accomplish their task. The effect the sound waves produce is called cavitation. Ultrasonic devices operate using a bank of transducers attached to the underbelly of the cleaning tank to produce the essential high-frequency sound. They then transmit this vibrating energy to the cleaning solution.
Depending upon the system type, the sonic cleaner may have one, two or even three tanks for performing the process. Three tanks systems consist of
- One Tank: for cleaning
- One tank: for rinsing
- One tank: for drying
A two-tank system combines the latter two functions.
While the makers may make exuberant claims about the capabilities of such equipment, they are correct in stating they are both capable of and successful in removing soil and other forms of contaminants including:
- Buffing or polishing compounds
This device works its magic on a variety of materials including glass, ceramics and metal penetration and removal of the diverse contaminants from the various crevices, joints and lumens of such complex devices. At the same time, the process will not damage the actual instruments or other item. While various cleaning agents are available and possible, most experts recommend the use of an enzymatic detergent.
Ultrasonic Cleaner Test
Advancements in technology have assuredly made the once simple ultrasonic cleaner more complex and sophisticated. No longer do individuals have to scrub and clean manually. They do not have to spend lengthy periods cleaning and still wonder whether the instruments are clean enough for safe use. However, erven the latest measures cannot and should never excuse such technology from undergoing testing to ensure they are functioning properly. While the technology may have improved, it is not perfect and requires the extra security of an ultrasonic cleaner test.
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