About NeXsmile

What is NeXsmile?

  • A completely new and different approach to planning and delivering dental care.

    NeXsmile is a modern, 21st Century method of helping people replace all their failing teeth with strong, beautiful, artificial teeth. Modern digital imaging, design and computer manufacturing make it possible to treat patients in a one-day procedure, as well as lowering costs substantially. Following treatment, they have a beautiful smile supported by dental implants.  

  • A new set of permanent, beautiful, strong teeth.

  • Many patients live with teeth they do not really like. No matter how much money they spend attempting to hold on to and repair their teeth, there is always more work to do; more bills to pay. NeXsmile technology enables dentists to lift these patients from the downward spiral of continuing dental decline and rapidly deliver them strong, new, permanent, beautiful teeth.

  • A solution for 1,000,000 Americans each year whose bad teeth are ruining their lives.
  • Most people find it hard to believe that so many are managing difficult dental problems, but it is true. Some have already had all of their teeth removed and are suffering with dentures that chew food at about 10% that of natural teeth. The NeXsmile is able to return them to teeth that do not come out and that chew at 95% that of natural teeth. This means these people can return to chewing all the foods they used to enjoy without fear or embarrassment.

  • Using 3D computer-based scanning, modeling, treatment planning, and machining for dental restorations.
  • This opens up the world of dentistry to new automated processes already used in aerospace and other high-tech industries, while improving quality and safety for patients and lowering cost. For dentists, it reduces stress as dental devices fit to implants at levels of precision never before achieved.

  • Creating the finished outcome of a beautiful smile before ever touching a live patient.
  • The ability to plan surgical and restorative procedures on a patient-specific, 3D virtual model removes the risk of disappointing results.