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Dental Technology

Modern tools designed to support accurate planning, comfort, and predictable implant care.

Technology That Supports Implant Precision

Dental implant treatment relies on careful planning and precise execution. At Dental Implant Center of Oklahoma, we use advanced dental technology to support accurate diagnosis, detailed treatment planning, and efficient care from consultation through final restoration. These tools allow our team to better evaluate bone structure, plan implant placement, and support long-term function and stability, all while keeping patient comfort a priority.


Our center is equipped with modern systems designed specifically to support implant-focused procedures. Each piece of technology plays an important role in improving clarity, accuracy, and efficiency throughout the treatment process.

  • CBCT Machine

    Cone Beam Computed Tomography, or CBCT, provides detailed 3D images of the teeth, jaw, bone, and surrounding structures. This advanced imaging allows our team to evaluate bone volume, nerve positioning, and anatomical details with a high level of accuracy before implant treatment begins. By using CBCT imaging, implant placement can be carefully planned to support stability, function, and long-term success while reducing surprises during treatment.

  • MedifyAir Air Filtration

    MedifyAir air filtration systems are used throughout our center to help maintain a clean and comfortable environment for patients and team members. These systems are designed to continuously filter airborne particles, supporting improved air quality during appointments and procedures. Enhanced air filtration adds an extra layer of comfort and reassurance, especially for patients spending extended time in the office.

  • Asiga 3D Printer

    Our in-house Asiga 3D printer supports efficient and precise fabrication of dental components used in implant care. Having 3D printing technology on-site allows for greater control over accuracy, fit, and turnaround times. This helps streamline treatment, reduce delays, and support consistent, high-quality results for implant restorations.