Standard compressors are not suitable for the purpose of dental air compressor, because they may not meet health and safety standards. Dental firms can choose from an array of models designed for small, medium, and large practices with a variety of features. Like other equipment in the practice, a dental air compressor can be subject to inspection by health department officials to confirm it is safe for use with patients.

Air leaks are the enemy of a compressed air system. An air compressor could have perfectly functioning filtration and be free of condensate or traveling oil, yet still lag in its performance if air leaks are present at any point between the machine itself and the tools at the end of the pipes. The problems associated with leaks are easier to spot and remedy, or prevent altogether, with routine inspections along all the parts that transport air from the compressor to the end tools.

Dental air compressors have a mounted dryer to remove as much water as possible and deliver dry air to patients. This pairs with a filter to clean the air, trapping any microorganisms present so they aren’t transferred into the patient’s mouth. Health and safety codes may require a dryer and filter to protect patients, along with regular cleaning to keep them clean and orderly.

Compressors need lubrication to function, but the oil can get into the airstream, where it could threaten patient health and jeopardize procedures. Some units are oil-free, while others have special sealant systems to prevent leaks. The dental air compressor may also be designed to operate quietly, which can reduce stress for patients who may be worried by the sound of a large engine running near the procedure room.

Even though the compressor is the main component of concern within an air system, it’s not the only one in need of routine maintenance. Of equal importance during any maintenance inspection are the other components that facilitate the air supply. Chief among such components is the air receiver, which holds compressed air for times when air demands increase, and also reduces system wear and contamination.