In every 100 adults in the United States, there are five fractured teeth. Most of these—along with other dental conditions—go untreated. But, what if this could change?

Cue 3D dental scans. This revolutionary, modern piece of technology is taking the world of dentistry by storm, and it has the ability to change the history of poor dental care that plagues the United States.

3D dental scanners have several advantages for both dental providers and patients. To learn about 3D dental scans and how they can help your patients, keep reading.

 

3D Dental Scans Are Quicker

Normal dental scans take several minutes to complete. For most of them, the patient has to stand while a large machine moves around them to take pictures. 3D dental scanners are different.

The average 3D dental scan takes about ten seconds to take pictures of the patient's teeth. This means that the patient is much more comfortable. It also means that dental professionals get answers faster.

But, why do these scanners work so quickly? The key is that these scanners only revolve once.

If you have a patient who is dealing with dental pain, those few minutes make a huge difference. With 3D dental scanner, you can treat them faster than ever.

 

3D Dental Scans Are Cheaper

3D dental scans are smaller and quicker than normal dental scans. Therefore, they are cheaper than regular dental scans.

These instruments of dentistry are important, and their price is great for those dental providers who want to provide in-house dental scanning. Many dentists can finally afford to have imaging right inside of their office. This means that you don't have to go elsewhere to get dental imaging done.

 

3D Dental Scans Are Safer

There is a smaller primary x-ray beam in 3D dental scanners than in traditional dental scanners. Because the ray is smaller, the radiation is contained to the part or parts of the patient's mouth that the dentists want images of.

These scans show a trend in future dental technology. Engineers have been working on lessening patient exposure to radiation. 3D dental scans are the result of a giant leap in the direction of safer patient diagnostics.

While traditional dental scans didn't give off lethal doses of radiation, they did give off enough that repeated exposure could cause damage. The dangers of radiation are plentiful and this transition to safer medical devices can prevent long-term issues.

 

3D Dental Scans Are More Accurate

If you think about traditional dental scans, you may have memories of hazy images with overlapping shadows. Those unclear images are a thing of the past with 3D dental scans because these new devices are clearer and more accurate.

Accurate imaging is important in dentistry. Dentists use these scans to prepare for any procedures that they may perform for patients. With updated 3D scans, dentists will know exactly where to do procedures rather than having to guess a general area for the incision.

This accuracy also helps when dentists are trying to identify conditions like dental fractures. Knowing exactly where these fractures are can help identify treatment guidelines, procedure steps, and more.

 

3D Dental Scans Are More Detailed

In addition to being more accurate, 3D dental scans are more detailed. As opposed to traditional dental x-rays, 3D dental scans show bones, muscles, nerves, infections, and more. 

Having more detail on these scans can make identifying dental conditions easier, faster, and less painful. Dental providers simply have to scan your mouth once to see if you have an abscess, dental carries, bacterial infections, torn muscles, or pinched nerves.

This kind of detail is helpful in planning root canals, extractions, and other procedures. 3D dental scans are also known for their ability to help dental providers spot dental-caused sinus issues.

 

3D Dental Scans Are Purely External

Normal dental scans require patients to bite down on a piece of plastic or another kind of mold. Not 3D dental scans.

3D dental imaging doesn't require any intrusion. This means no uncomfortable plastic. These molds were a big hassle for those with gum sensitivity issues or small mouths.

3D scanners take images from the outside of your patients' mouths without requiring anything to go into their mouths. As long as your patients relax, their images will be up in a matter of seconds.

 

3D Dental Scans Are User-Friendly

3D dental scanners were made with dentists and dental technicians in mind. The scanners are easy for these professionals to use. They don't require any special training.

This is much better than older technology that requires difficult training. Even then, professionals can have trouble trying to operate the equipment.

3D dental scanners are even interactive. As a user, a dental professional would be able to zoom in on different parts of the images. They would also be able to annotate any images that they take with the scanner.

 

3D Dental Scans Are Smarter

These new scanners can assess a patient's bone quality via a dental scan. This is useful to dental providers in a multitude of ways. 

The most popular use for bone quality assessments is for studies prior to implantation. These assessments can determine whether or not a patient has enough bone to support a dental implant. 

These smart 3D scanners can also highlight areas of breaks or lesions within a patient's mouth. With this clear information, dentists are more powerful than ever.

Having such a smart device will help dentists help their patients faster and better than ever before.

 

Getting a 3D Dental Scan

After reading these amazing qualities, we're sure that you're excited to jump into the world of 3D dental imaging. The qualities of the devices speak for themselves. Both patients and providers will clearly benefit from these new devices.

To get your own 3D dental scan for your dental office, you can check out our supply here. We provide these amazing dental scanners so that dentists can keep improving for their patients.

Join the movement towards useful, future dental technology, and invest in one of these 3D dental scanners today.