CAD, or computer-aided design, has revolutionized the field of dentistry in recent years. CAD is used to create precise dental models, crowns, bridges, implants, and other dental prosthetics with an attention to detail that manual fabrication often can’t achieve. Computer-aided design is used to create 3D models of the teeth which are then sent to a milling machine for fabrication. CAD eliminates the need for dental technicians to manually craft dental components such as crowns and bridges. This significantly reduces the time it takes to complete a restoration, giving the patient a better overall experience. CAD also eliminates guesswork and increases accuracy of final restorations as any minute detail is meticulously accounted for via computer-aided design. Furthermore, CAD systems allow dentists to choose from a wide selection of materials for the best possible restoration. Various types of porcelain, zirconia, wax, and gold can all be mixed and matched to create the perfect combination for the patient. CAD systems provide an easy way to customize any restoration to a patient’s preference. Despite the obvious advantages, there is one drawback to using CAD in dentistry: cost. CAD systems are expensive and require trained personnel to use. This can be a difficult pill to swallow for some dentists, especially when their traditional methods have been consistently successful for years. Overall, CAD has become an essential tool in dentistry as it has the potential to increase accuracy and reduce time spent in the dental chair. Once the fees associated with a CAD system have been factored in, the long-term advantages are immediately noticeable which is why many dentists have embraced the technology. CAD is here to stay and will continue to be a powerful tool in the world of dentistry.
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