Cam technology has revolutionized the field of dentistry today and is poised to continue doing so in the future. In general, the cam in dentistry refers to the use of computer aided design/computer aided manufacturing (CAD/CAM) to create dental restorations, such as crowns, bridges, veneers, and implants. This technology is used by dentists to plan, design, and create a dental prosthesis with computer-generated precision that would take hours for a human to generate. CAD/CAM technology gives dentists the ability to quickly and accurately create restorations for their patients. They can obtain an incredibly accurate picture of the patient's tooth structure to design the restoration, which saves time and money. By virtually mapping out the patient's teeth, the dentist can produce a restoration with the utmost precision and accuracy, reducing the need for adjustments or remakes. The software also takes into account the individual characteristics of the patient and the lack of human faults which increases the accuracy of the restoration. Another advantage of cam in dentistry is that it allows dentists to fabricate restorations on the same day. Traditional restoration would involve taking an impression and sending it to a lab where it would take several days or weeks before the finished product was returned to the dentist. Cam technology also makes it possible for dentists to place the restoration more accurately, which can significantly reduce the amount of time needed for treatment. Overall, the use of cam in dentistry is extremely advantageous for both dentists and patients alike. The precision and accuracy of the technology allows dentists to provide restorations quickly and efficiently as well as reduce the time and money spent on retouches. With the continuing advancements of cam technology, dentists are able to provide more accurate and efficient dental work and improve patient satisfaction.
Title : Efficacy of a biomin F toothpaste compared to conventional toothpastes in remineralisation and dentine hypersensitivity: An overview
David Geoffrey Gillam, Queen Mary University of London, United Kingdom
Title : Knowledge and attitudes of dental professionals in the evaluation of Molar Incisor Hypomineralisation (MIH): Awareness, diagnosis and treatment approaches: An overview
David Geoffrey Gillam, Queen Mary University of London, United Kingdom
Title : The coordinated triad of spatial temporal and biomechanical strategies managing the where when and how of shrinkage stress in bulk fill resin composite restorations
Khamis A Hassan, Global Dental Research Centre, Canada
Title : Dental treatment of 1500 young children under general anesthesia
Jaap Boehmer, Rijnstate Hospital, Netherlands
Title : Enhancing root canal success strategic use of orifice opener one step synthesis gels orifice barriers
Emmanuel Samson, Consultant Total Dental Care, India
Title : Dealing with peri implantitis: An insight to various treatment regimens
Preetinder Singh, Academy of Oral Surgery, United States