What is microsuction ear wax removal and how does it work?
If you’re preparing for your first microsuction ear wax removal appointment, you may be wondering what microsuction is and if it is the best for you. Today, you'll understand what it is and how it works.
What is ear microsuction?
“Micro” is derived from the word microscope and refers to the viewing mechanism used during this procedure. “Suction” refers to the machine used to suck out the ear wax. Hence, “ear microsuction” describes an ear wax removal technique where the clinician connects a suction probe to a suction machine to extract wax from the ear using a microscope as the primary viewing equipment.
How does ear microsuction work?
First, the clinician examines your ears with an otoscope or microscope. In more advanced practices, the clinician shows the patient a video of their ear canal.
Next, the clinician explains the procedure to the patient stating that they would use a suction probe connected to a suction machine to extract the wax safely while enhancing their view with a microscope.
Finally, the suction machine is set at a safe pressure level, and the procedure commences. In most cases, when the procedure is performed well, patients do not report any discomfort. It is important to note that your ears may be sensitive if you have used cotton buds or certain ear drops that can erode your ear canal. You must agree with the clinician on a word to indicate if/when you’re in pain. For instance, the word “stop” can be used as a signal to immediately halt the procedure if you feel discomfort. These cases are rare.
Conclusion
Microsuction is a gold-standard method for ear wax removal. Compared to other methods of ear wax removal, the risks are significantly low, the procedure is more comfortable, and the results are fantastic! If you're in Brighton, UK, there's an ear wax removal clinic close to you. Book an appointment today for your microsuction ear wax removal in Bromley. In-clinic and home services are available. Otherwise, find an earwax removal clinic closest to you here.
