Technology

A high-tech alternative to traditional dentures, the ALL-On-6 technique creates a comfortable and stable full set of upper and/or lower teeth using six strategically placed specialized dental implants. While conventional removable dentures can effectively replace a full complement of lost or missing teeth, ALL-On-6 dental implants provide a fixed and permanent method of reestablishing a complete set of teeth. This restores patients with a sense of having their own teeth and offers an improved quality of life as they can once again eat and speak with confidence. With ALL-On-6 dental implants the need for messy denture adhesives or having to take one’s dentures out to clean and sanitize them is eliminated. The replacement teeth are cared for in very much the same way as a set of natural teeth.

All-On-6 dental implants offer a less invasive and quicker way to restore a full upper or lower set of teeth than treatment with conventional dental implants. Requiring just six implants per jaw for a complete set of functional teeth, All-On-6 treatment may reduce the need for preliminary bone grafting surgery. Utilizing the All-On-6 method, temporary teeth can often be placed right away with a permanent set to follow within just a few months after the implants become fully integrated with the surrounding bone.

Cone-beam computed tomography systems are radiographic systems used by dental professionals to analyze and reconstruct 3D images of a patient’s teeth, jaws and surrounding anatomy. The information obtained by means of CBCT imaging is useful in both diagnosis and precise treatment planning when two-dimensional diagnostic films are insufficient. Dental CBCT is useful for multiple types of analyses as well as the assessment of maxillofacial disorders or pathology. It is also most useful in surgical planning, including the accurate placement of dental implants.

Digital radiography utilizes computer technology and digital sensors for the acquisition, viewing, storage, and sharing of radiographic images. It offers several advantages over the older traditional film based methods of taking x-rays. The most significant of these advantages is that digital radiography reduces a patient’s exposure to radiation. Other benefits are that images can be viewed instantly after being taken, can be seen simultaneously as needed by multiple practitioners, and can be easily shared with other offices. Digital x-rays are also safer for the environment as they do not require any chemicals or paper to develop.

An electronic pad, known as a sensor is used instead of film to acquire a digital image. After the image is taken, it goes directly into the patient’s file on the computer. Once it is stored on the computer, it can be easily viewed on a screen, shared, or printed out.

LANAP®, or Laser Assisted New Attachment Procedure, is an advanced method of treatment for gum disease that enables certain periodontal procedures to be performed in a safer, more precise and less invasive manner than with traditional surgical methods. Using LANAP, cases of periodontitis can be addressed without the pain, gum line recession, or increased tooth sensitivity that is often associated with other treatments that are used at this stage of periodontal disease.

A LANAP Procedure, employs a PerioLase® MVP-7TM laser to selectively vaporize the inflamed and diseased tissue beneath the gum line that is inside of a periodontal pocket, while leaving the healthy tissue intact. This advanced laser technology also targets and kills the bacteria that cause gum disease and helps to facilitate the healthy reattachment of supporting tissues to the surface of the tooth’s root. Since treatment with LANAP effectively reduces the depth of periodontal pockets and promotes the regeneration of bone around a tooth, it may also be helpful in saving a periodontally involved tooth that might otherwise have an unfavorable prognosis. Furthermore, as LANAP is a minimally invasive method, the patient experiences less discomfort and less bleeding both during and after treatment. In addition, recovery time from the procedure and healing at the site of treatment are quicker.

One of the significant advances in modern dentistry has been the development of dental laser technology. Today, dental lasers are being increasingly used to treat tooth decay, periodontal disease, perform biopsies or the removal of oral lesions, to cure restorative (filling) materials, as well as to activate in-office teeth whitening systems.

Dental lasers combine laser energy with water and air to safely cut and shape target soft or hard tissues in the mouth. Laser energy precisely cuts through tooth structure by exciting the water molecules in the tooth. It operates without direct contact to the tooth without heat, vibration, or pressure thereby minimizing the discomfort of the procedure and the need for dental anesthesia. In addition dental lasers can reduce anxiety for patients fearful of dental work, minimize post-operative bleeding and swelling, and preserve healthy tooth structure during the removal of decay.

While dental lasers may be an excellent treatment option in some situations, they cannot be used for every dental procedure.