Air polishing creates less discomfort for patients
Posted: Thu Oct 11, 2012 7:15 am
Air polishing creates less discomfort for patients
Air polishing has sufficient in vitro and in vivo research available to identify and firmly establish appropriate uses and advantages as well as inappropriate uses and contraindications. dentist instruments has many advantages over traditional polishing (see Table 3).
Air polishing creates less discomfort for patients who have dentinal hypersensitivity because the sodium bicarbonate particles embed in the dentinal tubules air syringe, lessening dentinal hypersensitivity discomfort almost immediately.26 However, these particles are hydrophilic and dissipate fairly quickly, leaving the dentinal tubules open once again.
Several in vitro research projects have determined that there is little or no disruption of enamel, cementum, and dentin surfaces with air polishing.6,27 Additional research indicates that air polishing can render cementum surfaces uniformly smooth, Dental Curing Light compared to traditional polishing or the use of curets.28 Virtually 100% of endotoxins and bacteria can be removed with air polishing, which can promote the growth of fibroblasts.
Air polishing can remove subgingival bacteria through the Venturi effect, which occurs when the airwater- powder spray is directed at a 90ยบ angle to the interproximal spaces so that a vacuum is created that extracts tissue fluids, including subgingival bacteria from the Denta lLED Curing Light subgingival space.10 This advantage can be particularly useful if air polishing is being used for debridement and the goal is to remove as much bacterial load as possible.
Looking for more professional dental equipment at iotadental.co.uk
Air polishing has sufficient in vitro and in vivo research available to identify and firmly establish appropriate uses and advantages as well as inappropriate uses and contraindications. dentist instruments has many advantages over traditional polishing (see Table 3).
Air polishing creates less discomfort for patients who have dentinal hypersensitivity because the sodium bicarbonate particles embed in the dentinal tubules air syringe, lessening dentinal hypersensitivity discomfort almost immediately.26 However, these particles are hydrophilic and dissipate fairly quickly, leaving the dentinal tubules open once again.
Several in vitro research projects have determined that there is little or no disruption of enamel, cementum, and dentin surfaces with air polishing.6,27 Additional research indicates that air polishing can render cementum surfaces uniformly smooth, Dental Curing Light compared to traditional polishing or the use of curets.28 Virtually 100% of endotoxins and bacteria can be removed with air polishing, which can promote the growth of fibroblasts.
Air polishing can remove subgingival bacteria through the Venturi effect, which occurs when the airwater- powder spray is directed at a 90ยบ angle to the interproximal spaces so that a vacuum is created that extracts tissue fluids, including subgingival bacteria from the Denta lLED Curing Light subgingival space.10 This advantage can be particularly useful if air polishing is being used for debridement and the goal is to remove as much bacterial load as possible.
Looking for more professional dental equipment at iotadental.co.uk