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Most dental treatments require a handpiece to be performed. Although electric handpieces have gained popularity, air-driven devices are still the most widely used alternative.
These devices operate on compressed air ejected through the dental unit connections. However, the air is not compressed directly by the dental unit but by an air compressor.
This air compressor is connected to the dental nga yunit. Then, it releases air through the connections when the dentist presses the pedal. Nonetheless, as with any other pneumatic machine, it requires a motor to function.
An air compressor motor is the heart of an air compressor. It is the element that powers the compressor and allows it to function.
They come in different models, sizes, and shapes. Therefore, it is essential to get one that matches the current compressor specifications. Furthermore, depending on the model, they can work with oilless compressors or oil-based alternatives.
The Air compressor motor allows the air to flow out of the machine and into the connected handpiece through multiple hoses and air connections. Furthermore, the air's pressure can often be regulated through valves. Therefore, allowing the dentist to adjust the intensity of the air being released.
ang AIR Compressor motor transforms electricity, gasoline, or diesel into energy to activate the mechanism.
Once the power has turned on, the machine begins to pump from the outside toward its interior. The opening where the air passes through is equipped with a dust filter. This filter is small enough to keep dust particles outside while allowing the air to flow.
Afterward, depending on the model, the air is compressed and stored inside different chambers o ejected immediately on the other side after being compressed.
If the compressed air is stored inside a chamber, it undergoes multiple cycles of heating and cooling while undergoing the compression process. This is done while moving through the different compression chambers.
Also, this system has a security mechanism that causes the compressor to stop functioning after the chamber is completely filled with compressed air. The dentist can wait until the chamber depressurizes itself or manually open a lid to release some of the compressed air.
There are many types of air compressors. However, electric air compressors are the types most widely used in dental offices.
It is as easy as plugging it into an electricity source and turning on the machine to start functioning.
Nonetheless, these models can also be subdivided into smaller groups. Some models require oil to function appropriately, while other models are oil-free.
Oil-free or oilless air compressors are ideal for a dental clinic environment. They provide cleaner air free of oil spills that could interfere with the correct functioning of dental equipment.