Why are Jun air compressors ideal for a dental clinic?

Dental air compressors aren't often the most appealing piece of dental equipment. Jun air compressors are ideal for dentist clinics. The dental surgery clinics relies heavily on air compressors. This machine compresses, cleans, dries, and stores air, which powers handpieces and several dental treatment centre functions, as well as hand-piece cleaners.

To safeguard your handpiece, assure dry air from the 3:1, and reduce pathogens, the dental air compressor lowers the dew point of compressed air, removing contaminants via an inline filtering device, and removing moisture from the air using a compressed air drier. They are, nevertheless, critical to the operation of a dental clinic because they power the majority of the crucial tools used by dentists. A Jun air compressor provides compressed air that is used directly inside the mouth of the patient. This compressed air is used by the air turbine in the airotor handpiece, chair valves, delivery units, scalers, and the three-way syringe. Because compressed air has direct contact with the patient and any type of contamination is undesired, the air compressor must be bought with certain variables in mind. As a result, while working with dental air compressors, the demand for good quality is critical. Poor selection of an air compressor might possibly injure patients by exposing them to germs, whilst proper selection can assist develop a trustworthy clinic. Although a certain type of air compressor cannot ensure a pathogen-free environment, the best air quality can be used as a scale to assess the equipment's operation and safety.

A compressor's duty cycle is the amount of time it can run without cooling down. The frequent design of compressors with limited duty cycles has an impact on the equipment's capacity and dependability. When a compressor is reported to have a 30% duty cycle that means it may run for 18 minutes in an hour rather than 3 hours straight in a 10-hour day.

When two compressors of equal capacity are compared, the one with the greater duty cycle operates longer than the variants with lower duty cycles, without impacting service life. Compressors with lower duty cycles, on the other hand, will have a significantly shorter service life if driven for the same period of time.