[vc_row][vc_column][vc_column_text]The advances in implantology in recent years have been a revolution for both dental professionals and patients, and especially for the latter, since they have led to a significant reduction in recovery, less invasive surgeries, and lower rejection rates.
One of the most outstanding advances has been the application of virtual and 3D techniques to implant surgery, especially to implantation procedures. immediate loading implantology. The planning software for guided surgery allows diagnosing, planning the intervention and the complete treatment, and informing the patient in an easy and graphic way about the entire process.
If we focus on the benefits for the patient, the application of guided virtual surgery to implantology allows:
- anticipate results, that is, anticipate any unforeseen event and avoid surprises during treatment, thanks to careful diagnosis and planning of the procedure. Thus, problems such as lack of bone can be detected before the intervention.
- Reduce the duration of the intervention, having it perfectly planned. Resources in material and personnel are programmed, and possible problems are foreseen.
- Perform less invasive surgery, since by knowing exactly where to place the implants with the 3D reconstruction of the jaw, the incisions to place the implant are minimal or non-existent.
These three factors contribute to reducing the recovery time and discomfort associated with the procedure, in 24 hours the patient can enjoy their new teeth, and eat and smile normally.
In addition, the software allows you to plan the entire treatment in a totally personalized way, from the first visit to the subsequent follow-up. The steps are:
- A first visit, in which a complete examination and all the necessary tests are carried out to establish the diagnosis. This includes a complete scan of the patient's mouth.
- Using 3D software, a reconstruction of the patient's mouth is performed, and the surgical treatment plan is drawn up: where the implants will be placed, what prostheses will be used, and possible unforeseen events, among other factors. The surgical splint is also designed, which indicates the position and angle in which the dental implants must be placed, according to the available bone and taking into account the prostheses that will go on these implants.
- In the laboratory, the prostheses and dental pieces that will be used in the intervention are designed, strictly following the protocols established in the program.
- During the intervention, the specialists carry out the surgery with the help of the surgical splint, which is minimally invasive, with almost no incisions.
In short, the virtual guided surgery system is much safer, faster and more efficient than more traditional methods. It allows not only to reduce the time of the immediate loading implantology intervention, but also to perform it with minimal invasion, which minimizes discomfort.
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