3D CT Scan Diagnosis in Palm Beach Gardens & Jupiter

The Cone Beam CT scan is one of our greatest technological assets. Designed to be safer, more efficient, and more effective than a traditional medical CT scan, Cone Beam technology focuses energy directly into the treatment area while minimizing your radiation exposure by about 200 times. After covering your entire body with a lead apron for protection, the scan will rotate 360 degrees around your head, taking 30 images of your upper and lower jaws.

Each 3D digital image can be easily manipulated and segmented into half-millimeter sections and used to create a treatment plan for dental implant placement, bone grafting, and pathology treatment.

The circular motion of the scan allows for precise measurement of the volume, density, structure, and shape of your jawbone and pinpoints your sinus spaces and vital nerves. Unlike traditional medical CT scans, which are less focused and emit higher amounts of radiation, the Cone Beam scan uses the precision of up to 1/100th of a millimeter.

Traditional black and white x-rays are less accurate than CT Scans, making it more difficult to diagnose and treat your condition with dental implants. We use our 3D Cone Beam scan with every single implant we place to exceed your highest expectations. The Cone Beam scan is incredibly versatile but rare in the Palm Beach area. Dr. Ajmo is one of very few doctors with this dental implant technology and it helps him provide the most exceptional dental care.

When it comes to a service like dental implants, it is important to set high standards for the quality and durability of the materials and the placement. Dr. Ajmo strives to surpass these standards and gain your trust in his work. Years of experience in implant surgery and restoration, paired with his meticulous attention to detail make Dr. Ajmo one of the most acclaimed dental implant specialists in Palm Beach. The procedures that utilize our state-of-the-art technology include:

• Single-Tooth Replacements
• Multiple-Tooth Replacements
• Full-Arch Dental Implants
• Implant-Supported Dentures
• Mini Dental Implants
• Dental Implant Restoration

Ben’s teeth were hopeless and he wanted to look and feel like he had his own teeth. Dr. Ajmo performed complete dental reconstruction with implants and permanent bridgework under IV sedation.

No special preparation is typically required for a 3D Cone Beam CT scan, but you should remove metal objects like jewelry, glasses, or hairpins from your head and neck to avoid image interference. Inform your dental team about any medical conditions, pregnancies, or recent head scans to ensure safety, as radiation exposure, though minimal, is a consideration. The scan process is quick and non-invasive, with a lead apron provided for protection. Arriving with a clean oral cavity and following any specific instructions from your Palm Beach Gardens implant specialist ensures optimal results.

A 3D Cone Beam CT scan takes about 20–40 seconds to complete, with the machine rotating 360 degrees around your head to capture 30 detailed images of your jaws. Including setup, such as positioning and applying the lead apron, the entire appointment lasts 10–15 minutes, making it a fast, efficient diagnostic tool. You’ll need to stay still during the scan to ensure clear images, which are critical for precise implant planning. This speed, paired with advanced technology, allows dental professionals to develop accurate treatment plans promptly.

The 3D Cone Beam CT scan enhances implant outcomes by providing precise measurements of jawbone volume, density, and structure, achieving accuracy up to 1/100th of a millimeter, which reduces the risk of complications like nerve damage by 15%. It maps sinus spaces and nerve locations, enabling tailored implant placement that improves osseointegration success rates to 95%. Unlike 2D X-rays, the 3D images allow for detailed treatment planning, ensuring implants fit perfectly.

After the 3D Cone Beam CT scan, your dental team analyzes the 30 high-resolution images, segmenting them into half-millimeter sections to assess bone quality and plan implant placement, typically within one to two days. You’ll return for a consultation to discuss the findings, treatment options, and next steps, such as scheduling implant surgery or bone grafting if needed. No recovery is required post-scan, as it’s non-invasive with minimal radiation exposure.