Major advancement in Dental Science

Restorative dentistry and the techniques that help diagnose teeth-related problems have evolved far past what they were in pre-modern times. It's well understood what causes tooth decay and how to fix it.

Even in recent years, dentistry has seen new innovations brought about by technology that has just now only come into existence.

Let's look at the six biggest advancements in technology that affect the world of dentistry.


i-CAT 3D Scan

Inspecting the condition of a patient's mouth is integral to installing dental work that lasts for years. Some procedures, such as implants, require meticulous planning before the work can actually be done.

An i-CAT scan provides dentists with a 3D model of a patient's mouth. This allows for the simplification of planning for procedures. For example, i-CAT scans reduce the planning needed for dental implants from 10 to 20 hours to just one.

Low-Intensity 'Cold' Lasers

Recovering from oral procedures has always been an issue. For some patients, the recovery process can bring about hypersensitivity, dry sockets, parathesia and post-scaling pain.

Cold lasers can aid in the regeneration process. They work directly on teeth or mouth tissue to help “jump start” the cell's mitochondria, which in turn leaves more available ATP for the healing process. Cold lasers can aid in everything form inflammation to the reduction of pocket depth and bone regeneration.

Intra-Oral Cameras

Traditionally, dentists were confined to using their own eyes and x-rays to diagnose the condition of a patient's mouth. While a skilled dental professional may be able to successfully diagnose problems, these methods have always left room for error.

Intra-oral cameras changed that. They emit no radiation and are a safe way to check for deteriorating dental work, gingivitis, tissue injuries and other dental problems. They allow the patient the same thing that the dentist does.

High-Intensity Lasers

Most dentists have been confined to using things like turbine drills to remove damaged tissue and prepare a patient for fillings and crowns, which in turn requires a fair amount of time and the injection of anesthetic.

High-intensity lasers can be used as a substitute for drills. They require less tissue to be removed and, in some cases, take less time to do the certain everyday dental procedures.

Dental Microsurgery

The naked human eye has decent vision, but it can't see the same levels of magnification that a microscope can.

Dental operating microscopes are designed to act as a replacement to dental magnifying glasses. They can provide dentists with up to 20 times the magnification of what the human eye can see. Microscopes have become imperative in locating everything microscopic cracks in teeth to aiding in procedures requiring high levels of precision like an apicoectomy.

Cancer Detection Systems

Dentists in the York & Bay Dental Office are trained to screen patients for a number of oral ailments, which includes oral cancer. It's understandable that a condition like oral cancer can sometimes be missed by simple visual examinations.

That's why dentists have begun using cancer detection systems that actually highlight precancerous and cancerous cells in the mouth. This allows dentists to spot cancer early and reduce the amount of damage it can do.

The World of Dentistry is Forever Changing

As technology improves, new techniques and tools will be created to make dentistry less painful and more accurate. Like with low-intensity lasers, things like tissue regeneration will become commonplace.

Even the idea of a living dental implant that aims to replace missing teeth like nothing happen is becoming closer to a reality as each day passes. The future of dentistry is as bright as the hope for healthier patient smiles.

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