3D CAD/CAM scanning in [city], [st]

3D CAD/CAM scanning at [practice_name] in [city], [st] uses a small digital camera to create precise, three-dimensional images of your teeth and bite. This technology helps design and produce custom restorations such as crowns, onlays, inlays, veneers, and bridges with a comfortable, efficient process. Patients in [city], Utah benefit from fewer messy impressions, faster visits, and restorations tailored to an accurate digital model.

3D CAD/CAM scanning explained

CAD stands for computer-aided design, and CAM stands for computer-aided manufacturing. Together, these tools create a digital workflow in dentistry that replaces many steps of traditional impression-making and lab communication. An intraoral scanner captures a detailed 3D map of your teeth and gums using safe, visible light. The scan feeds into design software that shapes the restoration to your bite and anatomy. When paired with in-office milling or a partnered lab, the design becomes a finished restoration that can be tried in and adjusted with high precision.

Patients often ask, “What is CAD/CAM dentistry, and how does it differ from regular impressions?” The key difference is that the digital file is immediate, accurate, and easy to refine. There is no tray of impression material, less risk of distortion, and a quicker path from imaging to the final result.

How 3D CAD/CAM scanning can help you

• Comfortable digital impressions: The intraoral scanner avoids putty impressions and gag triggers for most patients.
• Improved accuracy: Detailed 3D models support the accuracy of CAD/CAM dental restorations and reduce remakes.
• Fewer appointments: Many single-tooth crowns can be designed and delivered in fewer visits; some cases are completed the same day.
• Better fit and bite: Bite alignment tools show where to fine-tune contact points before the restoration is made.
• Clear visualization: On-screen models help review treatment options and expected outcomes.
• Efficient communication: Digital files speed collaboration with dental labs and specialists when needed.

How 3D CAD/CAM scanning works

Step 1: Digital impressions

The scanner takes hundreds of images per second while moving along your teeth. Software stitches these images into a full 3D model. This radiation-free process is different from 3D X-rays. For implant planning, a separate 3D X-ray (CBCT) may be combined with your scan.

Step 2: Design phase

Using your digital model, the tooth is virtually shaped to accept a restoration. The software proposes contours and bite contacts, which the dental team refines. This step addresses how digital impressions work to match your natural bite.

Step 3: Fabrication and fitting

Depending on the case, a chairside milling process can fabricate the restoration from ceramic or hybrid materials. Larger or multi-unit cases may be sent to a partner lab. After milling, the restoration is polished or glazed, tried in, adjusted, and bonded or cemented.

Your visit: What to expect

• Preparation: The tooth may be numbed and shaped if a crown, inlay, onlay, or veneer is planned.
• Scanning: The handheld scanner passes over your teeth in a few minutes. Most patients find it easy and comfortable.
• Bite capture: You will lightly tap and move your jaw so the system records how your teeth meet.
• Review: The digital model appears on-screen, allowing a preview of the design and clear discussion of next steps.
• Timing: Single-tooth restorations may be finished the same day depending on material choice and complexity. Multi-unit work often requires a lab.
• Aftercare: Expect normal bite testing and minor adjustments. Care for your restoration with daily brushing, flossing, and routine checkups.

Choosing between digital and traditional impressions

Digital impressions are well suited for many crowns, onlays, inlays, veneers, bridges, night guards, and aligner planning. Traditional impressions may still be used for certain full-arch or complex cases based on material or lab preferences. If you are curious about intraoral scanner vs traditional impressions, [dr_type2] will recommend the method that best matches your treatment goals.

Common questions about CAD/CAM dentistry

Is 3D CAD/CAM scanning safe?

Yes. Intraoral scanning uses visible light, not radiation. It is safe for adults and children and is comfortable for most gag reflexes.

How long does a digital impression take?

Many scans take 2 to 5 minutes per arch. Complex cases can take longer, especially when capturing the bite and soft tissue details.

Can I get a same-day crown with CAD/CAM?

Many single-tooth cases qualify for same-day crowns. Extensive bridgework, certain materials, or esthetic layering may require a lab and additional time.

How accurate are CAD/CAM restorations?

Digital systems provide high-resolution detail and consistent fits. Accuracy also depends on tooth preparation, moisture control, and material selection.

Will insurance cover digital impressions?

Coverage varies by plan and procedure. The scanning step is often included as part of the overall restorative treatment.

Does CAD/CAM change how my bite feels?

The digital workflow helps fine-tune contacts before bonding. Minor adjustments are common at delivery to achieve a balanced bite.

To discuss 3D CAD/CAM scanning for your treatment, contact [practice_name] in [city], [st] at [phone] to schedule with Dr. [doctor_name] or Dr. [doctor_name2].

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