The pulp capping is an endodontic intervention that prevents irreversible lesions of the pulp and maintains its vitality when an infection or inflammation is present. By covering the pulp with the appropriate material, an isolation is achieved that favors the formation of calcified tissue and, if the result is positive, procedures such as a total pulpectomy are avoided.
Regenerating the tissues destroyed by a periodontal disease is one of the most important advances in the field of dentistry. One of the techniques used for this purpose is guided tissue regeneration, in which a biocompatible membrane is surgically placed to isolate and protect the bone defect. In this way, the migration of the periodontal epithelial tissues within the bone defect is anticipated, so that the bone and tissues have time to heal.
We currently have scanners such as CBCT that can reproduce 3D images of teeth, bones, soft tissues and nerves with millimetric accuracy. Even so, we can never forget the origins and procedures that are still very useful for making accurate diagnoses. One of them is the Clark’s Technique, which we are going to tell you about today.
Mectron redefines the protocol of sinus elevation by lateral way, turning the process into a much safer intervention. It achieves this through the launch of new surgical inserts for its Piezosurgery® device, used in the sinus lift technique through lateral access.
Dental implants are a very effective method for restoring those teeth that are missing and in the vast majority of cases do not involve any kind of problem. However, there is always the possibility of peri-implant complications which, if not treated and controlled correctly, can lead to a total loss of osseointegration.
CBCT stands for Cone Beam Computed Tomography, which translated into Spanish would be understood as Cone Beam Computed Tomography. This is a special type of X-ray that produces 3D images of the teeth, soft tissues, bones and nerves in a single scan.
The radiation used to obtain images of the inside of the mouth to analyze whether everything is correct or not is usually so small that it is not harmful, although one should not be too confident. It is essential to have a machine that radiates only what is strictly necessary but at the same time generates images of the highest quality.
Mediament Image Level Sensor is a fast and precise tool capable of providing the dentist with a specific and clear image of the teeth to be treated. Due to its versatility, this intrabuccal sensor can be used to make diagnoses in different fields of dentistry such as endodontics, periodontics, tooth enamel repair and implantology.
The use of piezoelectric systems for the treatment of bone tissue is becoming increasingly common. Dentists regularly resort to this type of minimally invasive treatment, through which they manage to delicately prepare the hard tissues through the intervention of ultrasound.
Research and improved customer service has led to the creation of the Veraviewepocs 3D R100, which specializes in 3D diagnostics. This much more innovative device leaves behind the classic cylinder for a new convex triangle shape, much safer than any other, as it reduces radiation doses by 15% compared to 100 mm cylindrical scanners.
