Surgical templates
Anesthesia station for dental treatment under general anesthesia.
Target shot.
The ability to solve the most difficult tasks.
Minimal incisions during surgical treatment.
A surgical template is a custom-made device used to precisely position implants in bone tissue. The template is made based on 3D images of the patient's jaw using computed tomography and digital modeling.
The main purpose of the template is to ensure the correct placement of implants with minimal risks to surrounding tissues and anatomical structures such as nerves and sinuses. This increases the accuracy of the operation and reduces the likelihood of complications.
The process of making a surgical template begins with a 3D scan of the patient's jaw. Based on the scan data, a digital model is created that allows for the precise determination of the optimal position of the implants.
Then, using special software, the operation is planned and a template is created, which is manufactured on a 3D printer or milling machine. The template preparation time usually takes from several days to one to two weeks, depending on the complexity of the case and the technical capabilities of the clinic.
The main advantage of using a surgical template is the high precision and predictability of the procedure. The template minimizes the risk of error when installing the implant, which reduces the time of the operation, reduces trauma and promotes faster tissue healing.
The template also avoids the need for additional gum incisions, which makes the process less invasive. This is especially important for patients with thin bone tissue or close proximity to important anatomical structures, such as nerve canals.
A surgical template is suitable for most patients, especially in complex cases where multiple implants need to be placed or where the jaw anatomy requires increased precision. However, there are some limitations.
For example, if a patient does not have enough bone tissue to place an implant, bone grafting procedures may be required beforehand, which may change the initial parameters for making a template. Templates may also be less effective in cases where an accurate 3D scan cannot be performed due to the patient’s characteristics or disease.