The Safest Way to Remove Amalgam Fillings Without Mercury Exposure

Now that we know more about the dangers of mercury, we, as dental professionals, can appropriately educate patients who have amalgam fillings, which contain mercury. These fillings can’t just be removed without care. There is a danger is removing them, as they can release vapors and particles that can be harmful. This is why one of the services we offer is amalgam removal in a safe way that follows strict safety protocols to minimize mercury exposure.

Why Safe Removal Matters

Traditional silver amalgam fillings are made of a mixture of metals, including mercury. When drilled, these fillings can release mercury vapor, which can be inhaled or absorbed by the body. To protect both patients and dental professionals during the procedure, specialized techniques are necessary to reduce exposure and ensure a safe removal process.

Safe Amalgam Removal Protocol

Dentists in our practice prioritize safety follow the SMART (Safe Mercury Amalgam Removal Technique) protocol, which includes:

  • Isolation of the Area – A rubber dam is used to prevent mercury particles from being swallowed or inhaled. This is for the patient’s protection during the amalgam removal in Albany, NY.
  • Specialized Suction – High-volume suction and an external air filtration system help capture mercury vapors and particles.
  • Sectioning the Filling – Instead of drilling it out all at once, the filling is carefully cut into pieces to reduce vapor release.
  • Oxygen Supply – Patients may receive an alternative air source, such as an oxygen mask, to prevent inhalation of any mercury vapors.
  • Thorough Rinsing and Cleanup – The mouth is thoroughly flushed with water and a suction device to remove any remaining particles.

If you’re considering replacing your old amalgam fillings, choosing a dentist trained in safe removal techniques is key. Contact your dentist in Albany, NY today to book your appointment and to learn more. By following protective measures, mercury exposure can be minimized, ensuring a safe and effective transition to healthier, modern filling materials.

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