During many dental and facial treatments, procedures involving water, air, or mechanical instruments generate fine droplets and aerosols. These particles can carry bacteria, viruses, or other pathogens and may linger in the air long after a patient has left. At Bayswater Dental Clinic, we take multiple carefully designed steps to minimise that risk and protect both patients and staff.
We employ a multi-layered strategy to reduce aerosol transmission risk:
We use advanced plasma air purification units in our treatment rooms. These devices actively reduce airborne pathogens (including viruses) by filtering and neutralising particles suspended in the air, helping clear the atmosphere during and after treatments. Bayswater Dental Clinic
When aerosol-producing instruments are used, high-volume evacuation (HVE) suction is positioned close to the source (such as the mouth). This captures much of the spray before it disperses into the room.
Our facilities incorporate effective ventilation systems to increase air turnover and reduce lingering aerosol concentration. Clean air exchange helps dilute the load of airborne pathogens.
We may schedule brief gaps between procedures to allow airborne particles to settle and be cleared by air systems before the next patient arrives.
All surfaces, equipment, and contact points are disinfected with medical-grade agents after each patient. Reusable tools undergo strict sterilisation protocols.
Clinical staff wear appropriate PPE during aerosol-generating work—respirators or high-spec masks, face shields, gowns, and gloves. This barrier protects the team and contributes to overall safety.
Patients are screened for symptoms or risk factors before entry. Where appropriate, we may adapt scheduling or take extra precautions to reduce risk.
All team members are trained in aerosol safety protocols, correct PPE usage, and cross-infection control. We regularly review and update these measures to keep them current and effective.
Our ventilation, room separation, and air purification aim to prevent cross-room spread. The combination of local suction and controlled air flow helps contain particle movement.
No — purifiers work continuously to reduce airborne load over time. They are most effective when used alongside suction, ventilation, and surface cleaning.
You may notice subtle airflow or gentle filtration noise. The intention is to maintain a safe environment without causing discomfort.
Not always. Some clinics may not employ plasma purification or stringent protocols. We’ve chosen these enhanced methods to raise the bar for patient safety.
No. These infection control practices are part of our standard care and are not added as extra charges to patients.