Modern dentistry has established over many years that images are important in dealing with people’s dental health. The first intraoral photos could be traced back to 1839, which was the time Louis J. M. Daguerre presented to the world the first process of photography at the Paris Academy of Sciences. Later in the same year, New York dental instruments manufacturer Alexander S. Wolcott designed and patented the first camera based on Daguerre’s model. These initial pictures, which were extraordinary copies on silver-coated copper plates, were referred to as the daguerreotype, after Daguerre.
Prior to the advent of intraoral dental cameras, all graphic representations and images of dental disorders and processes were subjective explanations expressed through sketches or replicas. The photographic phenomena offered a new age of accurately reproducing and recording graphical dental imageries. This new period observed the beginning of the American Journal of Dental Science, which is the world’s first dental journal. And, for the first time in writings, preoperative and postoperative snapshots were made available by Thompson and Ide.
From that time on, dentists have used extra oral dental cameras with accuracy to capture pictures within the oral cavity. Photos can capture and display oral issues, which are then utilized in methods that let a dentist predictably make the most aesthetic results when working on cosmetic and restorative cases.
The introduction of the first real intraoral camera that took images inside the mouth arose with the unveiling of the first Analog IOC System in the late 80s. Fuji Optical Systems of Los Gatos, California attained the first registered trademark of an intraoral dental camera on July 7, 1987. Fuji then released their IOC technology as the DentaCam through Patterson Dental Supplies on the same year.
In 1989, Video Dental Concepts also came up with an intraoral dental camera that makes use of a dental endoscopic hand piece. The design was ground-breaking, and it included components from France’s ETS Groux Optical Corp and the local Panasonic Industrial Camera Division. This was the first component based IOC with a dental endoscope, a light source, and a remote head micro camera. It inspired and set the standard for many, many years.
In various areas of medicine, mainly in gastroenterology, endoscopes had been utilized for decades. The potential of small intraoral dental cameras got better as manufacturers enhanced them. Concurrently, the so-called imaging systems were made use of in numerous areas of medicine and industry with which digital pictures were captured, and then improved with the assistance of computer software. This concept of re-imaging was made known in the field of dentistry in the late 80s, and it was used to alter anatomical oral frameworks employed in patient education and treatment planning. According to the March 2009 Dental Products Reports Technology Survey, 68 percent of dentists make use of an intraoral dental camera, and 69 percent of dental clinics with computers have an intraoral camera linked to them.
Extraoral and intraoral pictures are used for clinician erudition and patient education. Though the imageries are not thought as diagnostic, they are a big help in augmenting and enhancing diagnoses when associated with other diagnostic procedures such as radiographs.