Whether you’re looking to replace missing teeth or you just need to fill in a small gap, a Dental Implant Center St. Pete, FL could be a great option. There are several types of implants you can choose from including zygomatic and subperiosteal implants.
Unlike a denture, dental implants are made of a metal frame that is inserted into the jawbone. The jawbone grows into the frame and becomes part of the bone structure.
Endosteal implants are the most common type of dental implant. During the procedure, an oral surgeon will drill a hole into the jawbone and place an endosteal post into the hole.
The process is typically done under local anesthesia. The oral surgeon will numb the area first. Then, he will cut the gum to expose the jawbone. Then, he will drill several small holes in the bone to insert the endosteal post.
He will secure the implant with one or two stitches. Then, he will place a healing cap on the post. Depending on the situation, the patient may have to wait several weeks for the bone to grow into the post.
In some cases, an abutment or connector is placed onto the endosteal implant. This small connector is designed to fit into the titanium frame.
Compared to other dental implants, subperiosteal dental implants are not restricted by the shape of the bone in the mouth. This makes them ideal for patients who are missing multiple teeth. They also offer a quicker recovery time.
However, this type of implant has a higher failure rate than other implants. It is important to know the pros and cons of subperiosteal implants before you decide to have them installed.
The procedure is usually a two-step process. First, the oral surgeon will open the gum tissue with a scalpel to expose the underlying bone. This will allow for the placement of the metal frame. The gums are then closed with sutures. The surgeon will monitor the growth of the gum tissue around the implant post.
After the metal frame is fixed in place, an artificial tooth is placed on top of it. The surgeon will check the implant for any signs of infection. Some patients may experience swelling in the implant for a few days.
Whether you’ve lost all your teeth or just one or two, dental implants can help you replace them. However, not all patients are good candidates for the procedure. This is because a number of different factors can affect the health of your jawbone. For example, extensive periodontal disease can cause your bone to shrink. Also, wearing removable dentures can lead to bone loss.
Zygomatic dental implants are a great solution for patients who have experienced severe bone loss or are unable to undergo a standard dental implant procedure. These implants can also be a great alternative to bone grafting.
Zygomatic dental implants can be used to replace a single tooth or a full set of teeth. They’re usually placed into the zygomatic bone, which is the thicker bone in your upper jaw. This helps to provide support for your replacement teeth and will keep them secure.
While a zygomatic dental implant may not be as common as a traditional implant, it has a high success rate and can give you back your smile. With this type of treatment, you’ll be able to have new teeth in just a day.
Various types of materials are used for dental implants. These include metallic materials, ceramics, and composites. Each of these has its own advantages and disadvantages. These factors must be taken into consideration during the choice of implant materials.
The most commonly used material for Dental Implant Center St. Pete, FL is titanium. This metal has high bio-inertia and excellent resistance to stress. It allows jaw bone to grow near the implant, which results in a permanent affinity. In addition, titanium also provides the best mechanical properties for dental implants.
There are other metal alloys that can be used for implants. These include b-Ti, which has better bone responses than conventional Ti-alloys. Although b-Ti alloys have lower stress shielding properties, they can improve the durability of the final dental implant.
Another type of material is called a polymer-infiltrated ceramic network (PICN) material. This is a new class of CAD-CAM composites. These materials are not as brittle as ceramics and can be milled in very thin layers.